Bachelor of
Engineering (Computer Aided Engineering)
www.iqytechnicalcollege.com/BTechBECAE.htm
For specialist
program, IQY provides the source to purchase the software and application videos,
the candidates will need to acquire the software by themselves.
Year 1
Diploma/ Advanced Diploma in
Electro-mechanical and Construction Engineering
http://www.iqytechnicalcollege.com/Form108ADMECLearningSupport.htm
Year 2
Civil ETAB+REVIT
www.iqytechnicalcollege.com/etabrevit.htm
Mechanical
and Electrical 181 M & E Software
www.iqytechnicalcollege.com/M&ESoftware.htm
Mechanical
CAM/CNC/Master CAM
www.iqytechnicalcollege.com/mastercam.htm
Year 3
1 BAE 401 Advanced Engineering Mathematics
3 BAE 403 Engineering Mechanics
4 BAE 404 Engineering Materials & Thermodynamics
5 RE001- Foundation Studies in Renewable Energy and Sustainability
6.RE003-
Solar and Thermal Energy Systems
7.RE004- Energy Storage Systems
8
RE005- Renewable Energy Resource Analysis
9.RE006- Wind Energy Conversion Systems
10 RE010-Engineering Materials
11 RE012a-Electrical Engineering Part 1
12RE016/ BAE508-Design & Project Management
1 BAE 401
Advanced Engineering Mathematics
2 BAE 402 Calculus
Mathcad is computer software primarily intended
for the verification, validation, documentation and re-use of
engineering calculations. First introduced in 1986 on DOS, it was the first to
introduce live editing of typeset mathematical notation, combined with its
automatic computations.
Mathds CAD
Webinar
https://www.youtube.com/watch?v=fbhwyYs-bas
Lessons
How to use
https://www.youtube.com/watch?v=jwsclACWSxA
https://www.youtube.com/watch?v=FRzubH5d3Zo
Overview
https://www.youtube.com/watch?v=Px6en3Rvc_M
Start up
https://www.youtube.com/watch?v=Qw0vHRkPGMw
Beginner
https://www.youtube.com/watch?v=Ql5c29eODaE
Lessons
Lesson 1
https://www.youtube.com/watch?v=2Qq4CSrQ7Sg
Lesson 2
https://www.youtube.com/watch?v=yNufDTJSVyw
Lesson 3
https://www.youtube.com/watch?v=Px6en3Rvc_M
Lesson 4
https://www.youtube.com/watch?v=88GGO8UEdJ8
Lesson 5
https://www.youtube.com/watch?v=yPbwQ-NeDj4
Lesson 6
https://www.youtube.com/watch?v=Ql5c29eODaE
Plotting your way
https://www.youtube.com/watch?v=7rB05QWXCyM
Engineers
https://www.youtube.com/watch?v=UV7aU7HXv7E
https://www.youtube.com/watch?v=UV7aU7HXv7E
Recording
https://www.youtube.com/watch?v=rrQetSFTBUs
Programming
https://www.youtube.com/watch?v=zGkqkp2BJPE
Documents
BAE401+402-mathcad_15_m045_platform_support
http://www.ipemyanmar.org/BAE401+402 mathcad_15_m045_platform_support.pdf
BAE401+402-MathsCadDataSheet
www.ipemyanmar.org/BAE401+402
MathsCadDataSheet.pdf
BAE401+402-Mathcad 11 Users Guide
www.ipemyanmar.org/BAE401+402-Mathcad
11 Users Guide.pdf
BAE401+402-Mathcad manual 2000i (st)
http://www.ipemyanmar.org/BAE401+402-Mathcad manual 2000i (st).pdf
BAE401+402-Mathcad_Prime_Installation_And_Licensing
www.ipemyanmar.org/BAE401+402-Mathcad_Prime_Installation_And_Licensing.pdf
BAE401+402MathsCADTutorial
www.ipemyanmar.org/BAE401+402MathsCADTutorial.pdf
BAE401+402ptc-mathcad-prime-tips-tricks
www.ipemyanmar.org/BAE401+402ptc-mathcad-prime-tips-tricks.pdf
SOFTWARE
3 BAE 403 Engineering Mechanics
Gear Box Design
MESYS Shaft System Calculation
- Interface with TBK Gear Calculation
TBK 2014
The TBK 2014 software package is a powerful and
widely accepted calculation program for technical calculations for the development
and design process. TBK is used in mid-sized companies for nearly 25 years. The
calculation modules are developed in close co-operation with GWJ and the
customers. According to helpful suggestions of users, a certain structure of
the various program parts is accomplished over the years which leaves nothing
to be desired, especially with regard to practical experience.
The TBK program provides calculation modules for
spur gears, planetary gear trains with or without stage planets, bevel gears,
worm gears and multi-stage cylindrical gearboxes. In addition, modules for the
calculation of shafts, bearings and shaft-hub connections are available.
The software works according to generally accepted
standards (e.g., DIN, ISO and AGMA).
The user is guided step-by-step through the inputs
and is supported with suggestions and gets a solutions very quickly and
efficiently.
https://www.gwj.de/en/products/tbk-2014.html
1/TBK 2014 CAD PugIn for SOLIDWORKS:
pinion shaft run out
2/TBK 2014 CAD-PlugIn for SOLIDWORKS: Bidirectional
connection for CAD and calculation
3/TBK 2014 CAD-PlugIn for SOLIDWORKS: Create bevel gears in
SOLIDWORKS
4/TBK 2014 CAD-PlugIn for SOLIDWORKS: Cylindrical gear with
involute spline hub (DIN5480)
5/TBK 2014 CAD-PlugIn for
SOLIDWORKS: save eAssistant password
6/TBK 2014 CAD-PlugIn for
SOLIDWORKS: Insert gear manufacturing data
7/TBK 2014 CAD-PlugIn for SOLIDWORKS: pinion shaft with
involute spline (DIN 5480)
Documents
BAE 403
MESYS-Axial-Radial-Rollerbearings
www.ipemyanmar.org/BAE
403 MESYS-Axial-Radial-Rollerbearings.pdf
BAE403 Ball Screw
ReportExample_BallScrew
www.ipemyanmar.org/BAE403
Ball Screw ReportExample_BallScrew.pdf
BAE403 DIN743_CalculationBasis
www.ipemyanmar.org/BAE403
DIN743_CalculationBasis.pdf
BAE403 ExampleSlewingRing
www.ipemyanmar.org/BAE403
ExampleSlewingRing.pdf
BAE403
FlyerRollingBearingAnalysis
www.ipemyanmar.org/BAE403
FlyerRollingBearingAnalysis.pdf
BAE403 FlyerShaftCalculation
www.ipemyanmar.org/BAE403
FlyerShaftCalculation.pdf
BAE403 FlyerTrackRoller
www.ipemyanmar.org/BAE403
FlyerTrackRoller.pdf
BAE403 MESYS_Manual
www.ipemyanmar.org/BAE403
MESYS_Manual.pdf
BAE403 Tutorial_Angular_Contact
www.ipemyanmar.org/BAE403
Tutorial_Angular_Contact.pdf
BAE403
Tutorial_Cylindrical_Roller
www.ipemyanmar.org/BAE403
Tutorial_Cylindrical_Roller.pdf
BAE403 TutorialShaft
www.ipemyanmar.org/BAE403
TutorialShaft.pdf
BAE403 TutorialShaftSystems
www.ipemyanmar.org/BAE403
TutorialShaftSystems.pdf
BAE403
TutorialShiftGearTransmission
www.ipemyanmar.org/BAE403
TutorialShiftGearTransmission.pdf
Software
BAE403 Calcula-3.5
www.ipemyanmar.org/BAE403
Calcula-3.5.zip
BAE403 Engg Power To0ls
eptool20
www.ipemyanmar.org/BAE403
Engg Power To0ls eptool20.zip
BAE403 Engg Power Tool eptool19
www.ipemyanmar.org/BAE403
Engg Power Tool eptool19.zip
BAE403 Shaft Calculation
Tutorial_SolutionFiles
www.ipemyanmar.org/BAE403
Shaft Calculation Tutorial_SolutionFiles.zip
Download
On this
page the demo versions and the software documentation are available. All
programs meet the requirements for the label “swiss made software”.
For a test version without restrictions, please contact us and we will
provide you with a free 30-day license!
General Downloads
- Our brochure for a general overview of products.
- The software manual as PDF or online.
- Demo version
Win32: The demo version for 32bit windows operating system is time
limited and does not allow saving and loading of files. Please contact us
for a test version without restrictions.
- Demo version
Win64: The demo version for 64bit windows operating system is time
limited and does not allow saving and loading of files. Please contact us
for a test version without restrictions.
- Demo version MacOS:
The demo version for MacOS operating system is time limited and does not
allow saving and loading of files. Please contact us for a test version
without restrictions.
Rolling bearing calculation
- Introduction: A short overview of the functionality of
the rolling bearing analysis software.
- Introduction
track roller: A short overview for the extension of bearing
calculation with elastic outer ring for track rollers.
- Tutorial Angular Contact: A tutorial for calculation
of a pair of angular contact bearings as introduction into using the
calculation software.
- Tutorial Planetary gear bearings: A tutorial for the
calculation of multiple cylindrical roller bearings as bearings for a
planetary gear.
- Example
report: A report example for a large four point bearing as
demonstrations of results.
Shaft calculation
- Introduction:
A short overview of the functionality of the shaft calculation.
- Tutorial:
A tutorial for a two shaft system as introduction into using the shaft
calculation.
- Tutorial Shaft Systems: A
tutorial for building a shaft system coupled by gears.
- Tutorial
Planetary Gear Train: A tutorial for building a 2-stage planetary
gearbox.
- Tutorial
Shift Gear Transmissions: A tutorial for simulating the gear shifting
process in a gearbox.
- Tutorial Bearing sets
on shafts: A tutorial for implementing angular contact bearing sets by
means of two alternatives.
- Find here the solution
files for the tutorials.
- Find here some template files
for calculation examples, a short description of them, and a full report example
(Click here for Chinese, Korean
or French).
- Standard – DIN 743: Calculation
basis for shafts.
Hertzian Contact Stress
- Example report: A
report example as demonstrations of results.
Ball screw calculation
- Report example:
A report example as demonstrations of results.
Rolling bearing calculation for slewing rings
- Software
documentation: The description of functionality of rolling bearing
calculation for slewing rings. This document is also included in the demo
version.
Calulator for mechanical engineers. Computes weight, paint area, and
first and second moment of area. Supports basic shapes, steel profiles, or
industrial fasteners according to Czech Norms (CSN). Supports trigonometric
functions and unit conversion.
Mechanical Calculator is a free software application from the Other subcategory, part of the Education category. The app
is currently available in English and it was last updated on 2009-09-06. The
program can be installed on All 32-bit MS Windows (95/98/NT/2000/XP).
Mechanical
Calculator (version 3.5) is available for download from our website. Just click
the green Download button above to start. Until now the program was downloaded
1902 times. We already checked that the download link to be safe, however for
your own protection we recommend that you scan the downloaded software with
your antivirus.
http://sourceforge.net/projects/mechanicalc/files/calcula/3.5/Calcula-3.5.zip/download
Publisher Description
Your primary engineering aid in the field, design process and school.
Mechanical Engineering One is designed by an engineer for engineers.
One of the most comprehensive engineering tools on the market.
Main goal of the program is to help you in daily mechanical engineering
problems that you may encounter.
It is not only for the mechanical engineers, but also for naval architects,
civil engineers, HVAC engineers, electrical engineers and for all engineers and
students that use some common unit conversions and math.
It has a very simple user interface for you to be able to use in the field.
The application includes various reference tables, calculators, converters. It also has one of the most comprehensive unit
converter in the market. All of the tools have both Metric (SI) and Imperial
(US) units.
It will evolve with your contribution.
Mechanical Engineering One is a free software
application from the PIMS & Calendars subcategory, part of the Business
category. The app is currently available in English and it was last updated on
2015-12-08. The program can be installed on Android.
Mechanical Engineering One (version 1.1) is available for download from
our website. Just click the green Download button above to start. Until now the
program was downloaded 1306 times. We already checked that the download link to
be safe, however for your own protection we recommend that you scan the
downloaded software with your antivirus.
Other References
The Importance of Learning Engineering Software
in School
A large part of an engineer’s education is more
than facts, calculations and theories. A strong engineering education should
prepare young engineers to enter the professional world with all of the skills
and knowledge they need to succeed.
Many engineering disciplines are becoming
increasingly digital, which means relying on an increasing number of digital
tools. Often these tools take the form of software packages and platforms for
every possible engineering application: CAD/CAM/CAE design and simulation,
product development and management, and many more.
It is essential that engineering students learn
to use the same software programs during their time at university as they will
be expected to use in the professional world, so that they can then bring those
skills into their internships and first jobs as. Projects and competitions,
whether in school or on the job market, also require engineers to take full
advantage of available software tools.
The question is, if learning to use all this
software is essential, how can engineering students get their hands on it?
The Importance of Learning Engineering Software
in School
A large part of an engineer’s education is more
than facts, calculations and theories. A strong engineering education should
prepare young engineers to enter the professional world with all of the skills
and knowledge they need to succeed.
Many engineering disciplines are becoming
increasingly digital, which means relying on an increasing number of digital
tools. Often these tools take the form of software packages and platforms for
every possible engineering application: CAD/CAM/CAE design and simulation,
product development and management, and many more.
It is essential that engineering students learn
to use the same software programs during their time at university as they will
be expected to use in the professional world, so that they can then bring those
skills into their internships and first jobs as. Projects and competitions,
whether in school or on the job market, also require engineers to take full
advantage of available software tools.
The question is, if learning to use all this
software is essential, how can engineering students get their hands on it?
Student Versions and Why They Matter
Luckily for engineering students, there is a
growing trend for engineering software companies to offer student versions of
their programs for free, or at greatly reduced cost.
And everyone likes the word “free,” right?
Of course, free or discounted student versions
usually come with restrictions, such as limitations on storage or file size,
the length of license terms or the kinds of work for which it can be used. Most
such student licenses permit the software to be used for academic and
non-commercial projects only, meaning students can use the program to complete
coursework, pursue hobby projects or participate in engineering competitions,
but cannot commercialize anything they used the software for without a full
professional license.
Aside from that, most student versions offer the
same functionality, toolsets, and models as the professional versions, which
makes sense, since only learning half of a program wouldn’t provide the
professional-level skills that new engineers need.
Being able to access engineering software during
your education is vital, and being able to access it for free makes a big
difference. Students already incur enough costs pursuing higher education.
Having free access to essential software can mean the difference between a student
mastering the skills they need or only learning the basics.
Any university or college program worth its salt
will have campus computer labs with the necessary programs you need to complete
all your courses, but as any engineering student knows, relying solely on lab
access isn’t always ideal.
Every other student in your class will need the
same software you do, which is why labs are often busy – sometimes even at
capacity. The labs could also be closed, or (let’s be honest) you simply may
not want to be stuck on campus in a computer lab all day and night.
The solution to the lab problem, of course, is
having the software you need available on your own computer, ready for use at
any time and any place you want to work.
Software Licenses and Options
There are typically two ways students can access
free engineering software.
Academic Institution Software Licenses
Along with the licensing agreements universities
already require in order to offer software on the machines on campus or in
computer labs, many institutions arrange an additional central licensing
agreement that allows students and faculty to download software to their
personal machines. This is often purchased and downloaded, or downloaded for
free with a license key, through your school’s campus IT services or a
campus-operated online storefront.
These software agreements usually involve a
limited-term license (such as per year or per semester) and require
registration through your school’s academic IT service department. This is to
confirm your student status and eligibility for the software as well as to
receive any license code or key needed to authenticate the download.
These student licenses are usually for academic,
non-commercial use only.
Individual Download Through
the Software Vendor
On the other hand, many companies have started
to offer their free student software versions directly through their own
websites. This still requires users to register in order to prove their
eligibility, typically by using an academic email address, student ID number,
an access code from your school’s IT services or other proof of enrollment in a
college or university program.
License terms can vary, but these student
versions are most often on a per-semester or per-school-year basis and require
renewal with your student credentials at the end of the license term in order
to keep using the software. These licenses are also almost always limited to
academic and non-commercial uses.
How and Where Can I Get This Software?
Not all the software listed below is available
for free; some licenses are only available for purchase at a discounted student
price. As a general rule of thumb, check with your school’s campus or
department IT services first to see what software you can access for free or at
a discount through your institution. Chances are good that many, if not all, of
your software needs will be covered by bulk academic licenses.
For other programs you want or need, we’ve
compiled a list of free and discounted student software resources for a wide
range of engineering design, simulation and product development needs.
Company
Software
Applications
Download Links
Company Altair
Software HyperWorks 14.0 Student Edition
Applications Student edition based on the
HyperWorks Desktop. Applications for modeling and visualization, analysis,
performance data management, mathematical modeling and conceptual design.
Download Links http://www.altairuniversity.com/get-the-free-hyperworks-14-0-student-edition/
Company ANSYS
Software ANSYS Student | AIM Student
Applications Software for simulation and design.
Includes problem-size, limited versions of ANSYS Mechanical, ANSYS CFD, ANSYS
Autodyn, ANSYS Workbench, ANSYS DesignModeler and ANSYS DesignXplorer. The
current release is 17.0 and has the following problem size limits: Structural
physics - 32,000 nodes/elements, Fluid physics - 512,000 cells/nodes
Download Links http://www.ansys.com/Student
Company ANSYS
Software SpaceClaim Student Edition
Applications 3D solid modeling for creating,
editing and repairing geometry in files from any source. Prepare 3D designs for
prototyping, analysis and manufacturing. Check if your school has an academic
license. Can also be purchased through the vendor.
Download Links http://www.spaceclaim.com/en/Company/Licenses.aspx
Company Autodesk
Software Fusion 360
Applications 3D CAD, CAM and CAE for product
development. Combines industrial and mechanical design, simulation, machining
and collaboration tools from concept through production.
Download Links http://www.autodesk.com/products/fusion-360/students-teachers-educators
Company Autodesk
Software AutoCAD
Applications Design tools for 3D design,
documentation and cloud collaboration, including a mobile app to access designs
anytime.
Download Links http://www.autodesk.com/education/free-software/autocad
Company Autodesk
Software Revit
Applications Built for Building Information
Modeling (BIM) for architecture and infrastructure design and construction.
Offers the functions of all Revit disciplines (architecture, MEP, structure) in
one interface.
Download Links http://www.autodesk.com/education/free-software/revit
Company Autodesk
Software (Misc.)
Applications Autodesk also offers a wide range
of their other software packages under educational licenses as single programs
and bundled software suites. Check out the link for the full list of available
software.
Download Links http://www.autodesk.com/education/free-software/all
Company Bentley
Software Academic SELECT Software Portfolio
Applications A wide
range of software is available through Bentley's StudentServer, covering civil
engineering and design, structural analysis, modeling and visualization and
more.
Download Links https://www.bentley.com/en/learn/for-students-and-educators/academic-programs/products-academic-select
http://apps.bentley.com/studentserver/home/index
Company CD-Adapco
Software STAR-CCM+ Student License
Applications CFD solver for fluid or solid flow,
heat transfer and stress problems involving multiphysics and complex
geometries. Student download includes full version of the software plus access
to tutorial and other resources.
Download Links http://www.cd-adapco.com/industries/academic/student
Company COMSOL
Software COMSOL Multiphysics
Applications Simulation tools for electrical,
mechanical, fluid flow and chemical engineering applications and product
development. Includes geometry, equation-based and physics-based modeling,
meshing, solvers and finite elements. Check with your campus IT services to see
if your school has a COMSOL Academic Server license available for students.
Download Links https://www.comsol.com/comsol-multiphysics
Company Dassault Systčmes
Software SOLIDWORKS Student Edition
Applications Student edition package includes
tools for 3D CAD design, FEA and CEA, kinematics analysis, electrical systems
design, technical documentation and more. Paid only, or inquire with your
school for an institutional license agreement.
Download Links http://www.solidworks.com/sw/education/student-software-3d-mcad.htm
Company Dassault Systčmes
Software DraftSight CAD Software
Applications 2D CAD software capable of
accessing existing DWG files and creating new files. Free version for students,
hobbyists and individuals.
Download Links http://www.3ds.com/products-services/draftsight-cad-software/free-download/
Company Dassault Systčmes
Software Misc.
Applications Dassault also offers a variety of
other software for classroom and student use, both for free or for a discounted
cost.
Download Links https://academy.3ds.com/en/get-software
Company Dassault Systčmes
Software CATIA V5 Student Edition
Applications Design software for 3D CAD product
design, simulation, analysis and manufacturing. Available for $99 through
Dassault's 3DS Academy. Current student promotion to download free with promo
code.
Download Links https://academy.3ds.com/en/software/catia-v5-student-edition
Company Dassault Systčmes
Software Abaqus Student Edition
Applications Finite element analysis tool for
structural models up to 1,000 nodes and CFD models up to 10,000 nodes.
Available for free through 3DS Academy.
Download Links https://academy.3ds.com/en/software/abaqus-student-edition
Company Dassault Systčmes
Software ICEM Surf Student Edition
Applications Software based surfacing and
styling for Class A Explicit surface modeling, surface
analysis and design visualization. $49 through 3DS Academy.
Download Links https://academy.3ds.com/en/software/icem-surf-student-edition
Company ESTECO
Software ModeFRONTIER
Applications Software for multi-objective and
multi-disciplinary optimization. Offers workflow and post-processing tools for
statistical analysis, data visualization and decision making. One-year license
available at a student price with registration in the ESTECO Academy training
and resources community.
Download Links http://academy.esteco.com/academy/become-member
Company Graphisoft
Software ArchiCAD
Applications BIM software for architects,
designers and engineers to design, document and collaborate on building and
infrastructure projects.
Download Links http://www.graphisoft.com/learning/education_gsna/students/young_architect_program/
Company Maplesoft
Software Maple for Students
Applications Math software to analyze, visualize
and solve mathematical problems. Check if your school has academic licensing
options to access for free; otherwise, the software can be purchased for $99
for a single student user license through the Maplesoft webstore.
Download Links http://www.maplesoft.com/products/Maple/students/
Maplesoft
Web Store Student Catalog
Company Maplesoft
Software MapleSim Student Edition
Applications Modeling and simulation tools for
engineering students to build and study realistic designs, system-level
interactions, parameter optimization, sensitivity analysis and other design
applications. Your school may have an academic license; otherwise the software
can be purchased for $99 from the Maplesoft webstore.
Download Links http://www.maplesoft.com/products/maplesim/academic/
Company MasterCAM
Software MasterCam
Applications CAM software used professionally
worldwide for milling, turning, routing and wire EDM. Applications across
industries from prototyping to production parts. Check with your school to see
if academic student access licenses are available.
Download Links http://www.mastercam.com/en-us/Solutions/Educational-Solutions/Educational-Software
Company MathWorks
Software MATLAB and Simulink Student Suite
Applications Bundled software suite including
MATLAB, Simulink and ten of the most common add-on products. Applications for
prototyping, testing and running models. May be available free through your
school, otherwise can be purchased for $99 through the MathWorks website.
Download Links http://www.mathworks.com/academia/student_version/index.html?s_tid=gn_ac_sv_ov
Company MathWorks
Software MATLAB Student (unbundled)
Applications MATLAB software only. Available for
purchase $49 from MathWorks website. Check if your school has a MATLAB campus license.
Download Links http://www.mathworks.com/academia/student_version/index.html?s_tid=gn_ac_sv_ov
Company MSC Software
Software Adams
Applications Multibody dynamics simulation and
motion analysis for moving parts, load and force distribution and optimization
of mechanical systems.
Download Links http://www.mscsoftware.com/student-editions
Company MSC Software
Software MSC Nastran with Patran
Applications Finite element analysis solver for
multidiscipline simulation and modeling. Perform analysis of stress, dynamics
or vibration in complex systems.
Download Links http://www.mscsoftware.com/student-editions
Company MSC Software
Software Marc
Applications Implicit nonlinear FEA simulation
solution including capabilities for contact, large strain and multiphysics.
Download Links http://www.mscsoftware.com/student-editions
Company MSC Software
Software Actran
Applications Acoustic simulation tool for
acoustics, vibro-acoustics and aero-acoustics problems.
Download Links http://www.mscsoftware.com/student-editions
Company MSC Software
Software Digimat
Applications Modeling
software for material engineering with mean-field and FE based micro-mechanics
for simulating materials and structures.
Download Links http://www.mscsoftware.com/student-editions
Company MSC Software
Software MSC Apex
Applications Computational parts-based CAE
software for performing deformation, stress and normal modes analysis of
materials mechanics, structural analysis, natural frequencies or mode shapes.
Download Links http://www.mscsoftware.com/student-editions
Company Nemetschek Scia
Software SCIA Engineer for Students
Applications Multi-material structural analysis
and design software for BIM modeling in architecture and construction
engineering. Offers modeling, mesh generator, finite element solving and tools
to check for optimization for international and national building codes. Free
student license subscription for one year term, renewable each year.
Download Links https://www.scia.net/en/forms/free-engineering-software-student-license-subscription
Company OnShape
Software OnShape Free Account
Applications CAD platform for product design,
operating on the cloud and available for multiple devices. Offers 3D CAD
modeling for parts and assemblies and easy collaboration with team members.
Download Links https://www.onshape.com/edu/students
Company PTC
Software Creo Parametric 3.0
Applications 3D CAD software for design,
analysis, simulation and product design.
Download Links http://www.ptc.com/academic-program/products/free-software/creo-college-download
Company PTC
Software Mathcad Express
Applications Mathematics software for
performing, analyzing, documenting and sharing engineering calculations. Can do
unit conversion, interactive 2D and 3D result plotting, worksheet integration
into PTC Creo models and present calculations with graphs, text and images in a
single document. Free-for-Life license; includes 30-day trial of full version
PTC Mathcad 3.1, after which license defaults to lifetime access PTC Mathcad
Express, which is a lighter version of Mathcad 3.1.
Download Links http://www.ptc.com/engineering-math-software/mathcad/free-download
Company Siemens
Software Solid Edge Student Edition
Applications Mechanical CAD software for design,
producing 3D digital prototypes and other product design applications.
Download Links http://www.plm.automation.siemens.com/en_us/academic/resources/solid-edge/student-download.cfm
Company Siemens
Software NX Academic Edition
Applications Model products with 3D CAD,
evaluate performance with CAE simulation tools, learn machine tool programming
and other aspects of product manufacturing. Available through academic campus
licensing, in some cases schools have "loan licenses" for students to
use the software at home. Purchase available for $98.95 through several educational
online storefronts.
Download Links http://www.plm.automation.siemens.com/en_us/academic/resources/nx/index.shtml
Company SimScale
Software SimScale Community
Applications Engineering
simulation platform that operates through your internet browser. Performs a
variety of analysis tasks on CAD models, including fluid flow, thermal
analysis, acoustic simulation, particle performance and more.
Download Links https://www.simscale.com/product/pricing/
Company Trimble
Software SketchUp Pro Student
Applications 3D drawing tool software for
architecture and construction, including programming, diagramming, design
development, documentation and RFI's. Check with your school if there is a free
license agreement; otherwise, the software can be purchased for $49 through the
SketchUp website.
Download Links http://www.sketchup.com/3Dfor/education-students
Company United States Environmental Protection
Agency
Software EPA Net
Applications Environmental engineering water
modelling software. Facilitates the simulations for networks of junctions,
pipes, pumps, valves and storage structures, calculating flow of water,
pressures, tank elevations and concentrations of chemical species, water age
and source tracing.
Download Links https://www.epa.gov/water-research/epanet
Company Wolfram
Software Mathematica Student Edition
Applications Technical computing for engineering
research and education. Check with your school for an academic license; otherwise,
the software can be purchased starting at $120 through the Wolfram website.
Download Links http://www.wolfram.com/solutions/education/students/
Company Wolfram
Software WolframAlpha
Applications Free online computation and
calculation engine.
Download Links http://www.wolframalpha.com/
For more ways to help you afford your
engineering degree, check out How Will You Pay For Your Engineering
Master's Degree?
Considering an engineering Master's degree?
Find the right program for you with the
Master's Discovery Tool!
BAE511
http://ricalculator.mla.com.au/
BAE 404 Engineering Materials &
Thermodynamics
Engineering Materials
Materials Database Online Software
Engineering
Thermodynamics
Introductory Chemical Engineering Thermodynamics, 2nd ed.
J.Richard Elliott, Carl T. Lira
You are here
1.
Home
Software Download
BAE404Thermodynamics-ver2.41
www.ipemyanmar.org/BAE404Thermodynamics-ver2.41.zip
The textbook is supported by software that permits
students to explore the code and perfrom 'what if' analysis. The software is
distributed on the 'chethermo' account on sourceforge.net. To download the
software, click
here. You may encounter sourceforge.net advertisements that ask you to sign
up for content unrelated to chethermo.net. We DO NOT require any registration
to download the software, so be careful to read any pop-ups, etc.
The software distribution was updated to ver2.41.zip on
3/30/18. This is a minor update, mainly to fix some bugs in UNFAC LLE. To see a
list of changes, since release 2.36.zip, visit https://sourceforge.net/p/chethermo/code/commit_browser.
The programs are provided in a single windows .zip file.
It is recommended that you remove them from the zip file before using them. The
zip file can be maintained as a backup. In Windows, open the archive with
Windows Explorer, and then drag or copy/paste them into the folder of your
choice. If your computer has another zip utility installed that you are not
comfortable using, after saving the file to your computer, you can probably
find the Windows Explorer by right-clicking on the zip file and using 'Open
With...'.
Some users have difficulties with MATLAB if the files are
placed on a student computer lab windows desktop. If you find strange behavior,
move the files to a regular folder before blaming the software.
Some of the code is developed for MATLAB. A couple of
open source MATLAB alternatives exist. If you would like to try these options,
see our page on Octave and
Scilab.
Videos
1/Steam
2/Solid Liquid Equilibria using
Excel
3/Residue Curves for Benzene(x1) +
Ethanol(x2) + Methanol(x3)
4/Sillen Basics
5/Z vs. Pr Plot using Matlab
6/Using Preos.xlsx to plot an
isotherm
7/LLE Excel Macro
8/PrMix Spreadsheet
9/Publishing from Matlab to html
to Microsoft Word
10/Fitting Pxy data using Excel
References
https://chethermo.net/screencasts/
BAE511-RI-Calculator-Desktop-Installer
www.ipemyanmar.org/BAE511-RI-Calculator-Desktop-Installer.zip
5 RE001- Foundation Studies in Renewable Energy and
Sustainability
6.RE003- Solar and
Thermal Energy Systems
https://photovoltaic-software.com/pv-softwares-calculators/online-free-photovoltaic-software
Document
RE001+003 SAM Manual.pdf
http://www.ipemyanmar.org/RE001+003 SAM Manual.pdf
Software
RE001+003
Charge Controller V1.95-Windows
http://www.ipemyanmar.org/RE001+003 Charge Controller V1.95-Windows.zip
RE001+003 eLOG-Windows
http://www.ipemyanmar.org/RE001+003 eLOG-Windows.zip
RE001+003 Inverter(SHI&STI)V1.1-Windows
http://www.ipemyanmar.org/RE001+003 Inverter(SHI&STI)V1.1-Windows.zip
RE001+003 Inverter(TP)V1.1-Windows
http://www.ipemyanmar.org/RE001+003 Inverter(TP)V1.1-Windows.zip
RE001+003 Inverter(UPower)V1.2-Windows
http://www.ipemyanmar.org/RE001+003 Inverter(UPower)V1.2-Windows.zip
RE001+003 SPP-02(Sealed)V4.0-Windows
http://www.ipemyanmar.org/RE001+003 SPP-02(Sealed)V4.0-Windows.zip
RE001+003 SunDATForSketchUp-V3-9-0-B12
http://www.ipemyanmar.org/RE001+003 SunDATForSketchUp-V3-9-0-B12.zip
RE001+003-SPP Tools(Li)V3.0
http://www.ipemyanmar.org/RE001+003-SPP Tools(Li)V3.0.zip
www.ipemyanmar.org/
www.ipemyanmar.org/
KALKENER
Kalkener's online solar
simulation software allows calculating solar thermal water heating systems:
the sizing of its main components according to the monthly, weekly and daily
hot water consumption profiles, the solar site survey, the shading, orientation
and tilt losses, the optimal position of solar collectors located on sloped
roofs, the annual solar energy production (taking in account losses) and its
key profitability indicators, (IRR and NPV).
ScanTheSun
ScanTheSun app calculates
best direction and insolation of a solar collector panels
taking
into account surrounding trees, buildings or other sources of shading.
ScanTheSun allows to :
RETScreen solar
thermal
RETScreen 4 is a free
Excel-based clean energy project analysis software tool that helps decision
makers quickly and inexpensively determine the technical and financial
viability of potential renewable energy,
Read more: RETScreen solar thermal
VIESSMAN
Viessman ESOP Online for
Viessman collectors and systems. Online Solar Calculation and Simulation of
Solar Thermal Systems.
Results: Solar Yield, Solar Fraction, Efficiency, Collector Area, Storage Tank
Volume.
SIMSOL
Software dedicated to
large hot water systems as hotels, industry, camping...
NO MORE AVAILABLE! It has been replaced by TRANSOL, see on Professional
solar thermal softwares
Solar Water
Heating Calculation (SWH calculator, by California Energy Commission)
Solar Water Heating
Calculation for built up system.
Note to Users: California F-Chart has been designed to calculate solar thermal
water heating contributions for built up solar systems.
Read more: Solar Water Heating Calculation (SWH
calculator, by California Energy Commission)
SHW - Simulation
Software for Thermal Solar Systems
SHW is a simulation
software for Thermal Solar Systems. It is a freeware for Research and Teaching
use.
Designed from unit of Energy Efficient Buildings at the University of Innsbruck, Austria.
No Online help is available.
Volunteers for
Online
Calculator
Wire Calculator-
Online
https://photovoltaic-software.com/solar-tools/dc-ac-drop-voltage-calculator
The
System Advisor Model (SAM) is a free techno-economic software model that
facilitates decision-making for people in the renewable energy industry:
Video
·
Project managers and engineers
·
Policy analysts
·
Technology developers
·
Researchers
SAM
can model many types of renewable energy systems:
·
Photovoltaic systems, from small residential rooftop to large
utility-scale systems
·
Battery storage with Lithium ion, lead acid, or flow batteries
·
Concentrating Solar Power systems for electric power generation,
including parabolic trough, power tower, and linear Fresnel
·
Industrial process heat from parabolic trough and linear Fresnel
systems
·
Wind power, from individual turbines to large wind farms
·
Solar water heating
·
Geothermal power generation
·
Biomass combustion for power generation
·
High concentration photovoltaic systems
SAM's
financial models are for the following types of projects:
·
Residential and commercial projects where the renewable energy
system is on the customer side of the electric utility meter (behind the
meter), and power from the system is used to reduce the customer's electricity
bill.
·
Power purchase agreement (PPA) projects where the system is
connected to the grid at an interconnection point, and the project earns
revenue through power sales. The project may be owned and operated by a single
owner or by a partnership involving a flip or leaseback arrangement.
·
Third party ownership where the system is installed on the
customer's (host) property and owned by a separate entity (developer), and the
host is compensated for power generated by the system through either a PPA or
lease agreement.
For a
more detailed description of SAM, see Blair et al. (2015), System Advisor
Model, SAM 2014.1.14: General Description, NREL/TP-6A20-61019 (PDF
1.6 MB).
System Advisor Model
(SAM)
The SAM Open Source Project repository contains the source code,
tools, and instructions to build a desktop version of the National Renewable
Energy Laboratory's System Advisor Model (SAM). SAM is a simulation program for
electricity generation projects. It has models for different kinds of renewable
energy systems and financial models for residential, commercial, and
utility-scale projects. For more details about SAM's capabilities, see the SAM
website at https://sam.nrel.gov/.
For a short video describing the SAM repositories, see https://youtu.be/E5z1iiZfZ3M.
The SAM release notes are in https://github.com/NREL/SAM/blob/gh-pages/doc/releasenotes.html.
The desktop version of SAM for Windows, Mac, or Linux builds
from the following open source projects:
·
SSC is
a set of "compute modules" that simulate different kinds of power
systems and financial structures. It can be run directly using the SAM Software
Development Kit. If
you are looking for the algorithms underlying the models, they are located in
this repository.
·
LK is
a scripting language that is integrated into SAM and allows users to add
functionality to the program.
·
wxWidgets is a cross-platform
graphical user interface platform used for SAM's user interface, and for the
development tools included with SSC (SDKtool) and LK (LKscript). The current
version of SAM uses wxWidgets 3.1.1.
·
WEX is
a set of extensions to wxWidgets for custom user-interface elements used by
SAM, and by LKscript and DView, which are integrated into SAM.
·
Google Test is a C++ test framework that
enables comprehensive unit-testing of software. Contributions to the project
will eventually be required to have associated unit tests written in this
framework.
·
This repository, SAM,
provides the user interface to assign values to inputs of the SSC compute
modules, run the modules in the correct order, and display simulation results.
It also includes tools for editing LK scripts, viewing time series results, and
generating shade data from a 3-dimensional representation of a photovoltaic
array or solar hot water collector and nearby shading objects.
We also include two Sandia libraries, stepwise, and LHS,
which are distributed as part of the Dakota platform, licensed under LGPL.
These libraries may be found here.
Quick Steps for Building SAM
For detailed build instructions see the wiki,
with specific instructions for:
These are the general quick steps you need to follow to set up
your computer for developing SAM:
1. Set up your development
tools:
- Windows:
Visual Studio 2017 Community or other editions available at https://www.visualstudio.com/.
- Mac:
Apple Command Line Tools, available at https://developer.apple.com/download/more/ (requires
Apple ID and password).
- Linux:
g++ compiler available at http://www.cprogramming.com/g++.html or
as part of the Linux distribution.
2. Download the wxWidgets
3.1.1 source code for your operating system from https://www.wxwidgets.org/downloads/.
3. Build wxWidgets.
4.
In Windows, create the WXMSW3 environment variable on your
computer to point to the wxWidgets installation folder, or in MacOS and Linux,
create the dynamic link /usr/<USERNAME>/local/bin/wx-config-3 to point to /path/to/wxWidgets/bin/wx-config.
5. As you did for
wxWidgets, for each of the following projects, clone (download) the repository,
build the project, and then (Windows only) create an environment variable
pointing to the project folder. Build the projects in the following order, and
assign the environment variable for each project before you build the next one:
|
Project |
Repository URL |
Windows Environment
Variable |
|
LK |
LKDIR |
|
|
WEX |
WEXDIR |
|
|
SSC |
SSCDIR |
|
|
SAM |
SAMNTDIR |
|
|
Google Test |
GTEST |
Contributing
If you would like to report an issue with SAM or make a feature
request, please let us know by adding a new issue on the issues
page.
If you would like to submit code to fix an issue or add a
feature, you can use GitHub to do so. Please see Contributing for instructions.
License
SAM's open source code is copyrighted by the Alliance for
Sustainable Energy and licensed with BSD-3-Clause terms, found here.
SAM also includes two LGPL licensed
libraries from Sandia National Laboratory. These Fortran
libraries have been pre-compiled and included as binaries here.
To swap in a new version of these libraries, you may compile them as
binary/executables and copy them into the respective folder.
Video
https://sundat.ftcsolar.com/?gclid=EAIaIQobChMIlZqIm-uG5QIVgnZgCh1OwQhAEAAYASAAEgL7kPD_BwE
https://www.epsolarpv.com/downsoft.html
Sundata
SunDAT is an extension/plugin for SketchUp. So please ensure that you have SketchUp installed on your computer prior to installing SunDAT. You can download SketchUp here
7.RE004- Energy
Storage Systems
http://www.ihi-energystorage.com/software/es-ware-suite/
The ESWare™ Suite
At the core of IHI’s offering is the
proprietary software suite, ESWare. ESWare is an end-to-end energy storage
software that enables customers to maximize the value of their energy storage
systems.
·
Sophisticated techno economic analysis based on adaptive
dispatch algorithms
·
Optimized autonomous operation using real time data integration
and forecasting
·
Supports both front-of- the-meter and behindthe-meter
opportunities
·
9 different modes of operations in addition to economic
operation
ES/Analyzer
IHI
Energy Storage leverages the proprietary software to design energy storage
systems for interested customers.
With
robust and efficient non-linear programming, ES/Analyzer determines the best
energy storage dispatch simulation available given your project parameters.
Using historical data and advanced metrics, ES/Analyzer provides a summary
report and pro-forma including optimal sizing (MW, MWh) to maximize the return
on investment and provide other key insights to build your energy storage
project. The unique parametric analysis function provides financial comparison
of different sizing options to design the energy storage system that most
effectively meets your needs.
ES/Optimizer
Building
on ES/Analyzer’s functionality, ES/Optimizer derives the optimal operation
schedule for an energy storage system under real-time control – while using the
same optimization framework and algorithm as ES/Analyzer. ES/Optimizer also
leverages a neural network to forecast load, evaluate the forecast alongside
real-time data, and uses this information to guide the dispatch operation of
the energy storage system. With this advanced forecasting technique and the
end-to-end algorithm structure, the ESWare suite keeps simulation and operation
closely linked and accurately schedules the operation of the energy storage
system.
S/Pilot
The
final piece in the ESWare suite is a site control platform that connects
ES/Optimizer with the energy storage system. ES/Pilot operates the energy
storage system autonomously through the connection with batteries and power
conversion systems, based on the information provided by ES/Optimizer.
ES/Pilot
has 9 modes of operation, including economic dispatch, rule-based dispatch, and
more. These modes of operation enable users to leverage their energy storage
system in a variety of ways, such as demand response, peak shaving, and energy
arbitrage, with one all-inclusive software system. It is designed to be
scalable with domain and zone controllers and adaptable for various systems.
https://geli.net/geli-platform/analyze-and-design/
9.RE006- Wind
Energy Conversion Systems
https://energy.sandia.gov/energy/renewable-energy/wind-power/wind-resources/wind-software-downloads/
Wind energy software
From Wikipedia, the free encyclopedia
Jump to
navigationJump to search
Specialized wind energy software applications
aid in the development and operation of wind farms.
Contents
·
1Pre-feasibility and feasibility analysis
Pre-feasibility and
feasibility analysis[edit]
The RETScreen software
wind power model is designed to evaluate energy production and savings, costs,
emission reductions, financial viability and risk for central-grid,
isolated-grid and off-grid wind energy projects, for multi-turbine and
single-turbine hybrid systems. Developed by the Government of Canada, the software is free,
multilingual, and includes links to wind energy resource maps.
The Wind Data Generator (WDG) is a Wind Energy
Software tool capable of running WRF (Weather Research and Forecasting) model
to create a wind atlas and to generate wind data at resolutions of
3 km to 10 km.
Turbine design[edit]
Software helps design wind turbines. There
are several aero-elastic packages that are used in this design process.
FOCUS6 aids in the design of wind
turbines and turbine components such as rotor blades. It was developed by
Knowledge Centre Wind turbine Materials and Constructions (WMC)[1] and Energy Research Centre of the Netherlands
(ECN).[2]
The National Wind Technology Center (NWTC),
a division of the U.S. National Renewable Energy Laboratory (NREL),
has developed many packages which are used by turbine manufacturers and
researchers. NWTC has developed a suite of turbine design and performance
prediction codes which rely on Blade Element Momentum (BEM) theory.
WT_Perf uses steady BEM theory to model turbine performance. FAST is a
comprehensive aero-elastic simulator which uses unsteady BEM theory to model a
turbine as a collection of rigid and flexible bodies in a spatiotemporal field
of turbulent flow. Germanischer Lloyd found FAST suitable for "the
calculation of onshore wind turbine loads for design and certification."[3][4]
The open source software QBlade developed
by the wind energy research group of Hermann Föttinger Institute of TU Berlin (Chair of Fluid Dynamics)
is a BEM code coupled with the airfoil simulation
code XFOIL.
It allows the user to develop/import airfoil shapes, simulate them and use them
for the design and simulation of wind turbine blades/rotors
with the use of steady state BEM theory. The software is built with the Qt framework thus
it includes a graphical user interface.
The open source software Vortexje, developed by Baayen & Heinz
GmbH in Berlin, is an unsteady 3D panel method implementation suitable for
dynamic simulation of vertical and horizontal axis wind turbines. Easily
coupled with other simulation environments such as Simulink and Dymola,
it is suitable for aerodynamic optimization, fluid-structure interaction
problems, and unsteady control system simulation.
Ashes is a software package for analysing
aerodynamic and mechanical forces for onshore and offshore horizontal axel wind
turbines. It is based on research done at the Norwegian University of Science
and Technology in Trondheim, Norway.
|
Turbine design
engineering software |
||||
|
Software |
Publisher |
Latest stable version |
License |
Certified |
|
Ashes [5] |
SIMIS as |
3.1.0 |
No |
|
|
Bladed |
4.9 |
Yes |
||
|
Fast |
8.12 |
Yes |
||
|
Flex |
5 |
Yes |
||
|
WMC |
6 |
No |
||
|
HAWC2 |
12.2 |
No |
||
|
0.8 |
No |
|||
|
Simpack |
2017.2 |
No |
||
|
Baayen & Heinz
GmbH |
- |
No |
||
Flow modeling[edit]
Wind flow modeling software predicts
important wind characteristics at locations where measurements are not
available. WAsP was
created at Denmarks' Risř National Laboratory. WAsP uses
a potential flow model to predict how wind flows over terrain
at a site. Meteodyn WT, Windie, WindSim, WindStation [6] and the opensource code
ZephyTOOLS[7] use computational fluid dynamics instead,
which are potentially more accurate, but more computationally intensive.[8]
|
Flow modelling
software |
||||
|
Software |
Publisher |
Latest stable version |
License |
Certified |
|
Continuum |
Cancalia/One Energy |
2.2.5 |
- |
|
|
11 |
Yes |
|||
|
Vector AS |
8.0 |
Yes |
||
|
Meteodyn |
6.1 |
Yes |
||
|
Zephy-Science |
16.03 |
Yes |
||
|
menzio GmbH |
1.3.21 |
- |
||
|
Windie |
Windie Lda. |
- |
- |
|
Farm modeling[edit]
This software simulates wind farm behavior,
most importantly to calculate its energy output. The user can usually input
wind data, height and roughness contour lines (topography),
turbine specifications, background maps, and define environmental restrictions.
Processing this information produces the design of a wind farm that maximizes
energy production while accounting for restrictions and construction issues. Packages
include Meteodyn WT, openWind, WindFarm, WindFarmer, WindPRO, WindSim and WindStation[6].
Farm visualization[edit]
Wind farm visualization software
graphically presents a proposed wind farm, most importantly for the purpose of
obtaining building permits. The primary techniques include photomontages,
zone-of-visual-impact maps and three-dimensional visualization (perspective
views of the landscape often incorporating aerial photography and including turbines
and other objects).
|
Farm visualization
software |
||||
|
Software |
Publisher |
Latest stable version |
License |
Certified |
|
Solute Ingenieros |
1.3 |
Yes |
||
|
Yes |
||||
|
3.3 |
||||
|
Meteodyn |
6.1 |
Yes |
||
|
Zephy-Science |
16.03 |
Yes |
||
|
The Imagineers |
v3 |
|||
|
WindFarmer |
DNV GL |
5.3 |
||
Farm monitoring[edit]
Wind farm monitoring software is a software
that allows people to see if the wind turbines are running well or are going to
become broken. Other functions of monitoring software is reporting, analysis of
measurement data (power curve) and tools for monitoring of environmental
constraints (bat control, etc.).
|
Farm monitoring
software |
||||
|
Software |
Publisher |
Latest stable version |
License |
Certified |
|
Clir |
Clir Renewables Inc |
|||
|
Meteodyn |
2.2 |
Yes |
||
|
GPM Horizon |
GreenPowerMonitor |
|||
|
3.3 |
||||
|
2 |
||||
|
Greenbyte Energy Cloud |
Greenbyte AB |
|||
Prediction software[edit]
Main
article: Wind power forecasting
For existing wind farms, several software
systems exist which produce short and medium term forecasts for the generated
power (single farms or complete forecast regions) using existing numerical weather prediction data
(NWP) and live (SCADA)
farm data as input. Examples of numerical weather prediction models
used for this purpose are the European HiRLAM (High
Resolution Limited Area Model) and the GFS (Global Forecast System) from NOAA.
https://www.vindenergi.dtu.dk/english/software
Videos
1/ https://youtu.be/O0B6aPZjoYQ
2 https://youtu.be/3498QZ_k9Ww
3 https://youtu.be/tRowitQo5-I
4 https://youtu.be/_5HvaTebhpY
5 https://youtu.be/uG-yoiFV85c
Wind resource assessment, siting &
energy yield calculations
|
WAsP is the industry-standard PC software for wind resource
assessment, siting and energy yield calculations for wind turbines and wind
farms. WAsP is used for sites located in all kinds of terrain all over the
world and includes models and tools for every step in the process from wind
data analysis to calculation of the energy yield for a wind farm. Almost 5000
WAsP licenses have been sold in about 100 countries. ·
Calculation
of energy yield for single wind turbines and wind farms ·
Calculation
of wind farm efficiency ·
Wind
resource and turbulence mapping over selected areas ·
Siting
of wind turbines and wind farms ·
Calculation
of wind conditions for IEC site assessment, e.g. mean wind speed, wind flow
inclination wind shear and ambient turbulence for single wind turbines
(complete assessment also requires WAsP Engineering) WAsP contains several physical models to describe the wind
climate and wind flow over different terrains and close to sheltering
obstacles. Also, WAsP contains a wake model for wind farm wake effects and a
stability model for average heat flux conditions. For horizontal and vertical
extrapolation, WAsP uses the built-in linear IBZ model, which will perform
adequately for flat to moderately complex terrain. If the terrain is very
complex with many steep slopes, WAsP includes easy access to an external
state-of-the-art CFD model too. The data used by WAsP for wind resource and energy yield
calculations come from different sources. The wind-climatological input may
come from wind measurements at a nearby meteorological mast or may be derived
from meso-scale modelling results. The elevation description is derived
directly from space shuttle elevation data or other data sets, while the land
cover description and nearby sheltering obstacles can be extracted from
topographical maps, databases, or satellite imagery (Google Earth). WAsP comes complete with freeware utility tools for wind data
analysis, digital map construction and editing, power and thrust curve
editing, as well as for IEC 61400-1 site assessment and for IEC 61400-12-1
power performance measurements. |
Facts about
WAsP ·
Industry
standard for over 25 years ·
Almost
5000 users worldwide ·
More
than 230 certified WAsP users ·
Developed
by the Danish Technical University, Wind Energy Dept. (formerly Risř National
Laboratory) ·
Under
continuous development, by scientists at the forefront of wind energy
research |
Wake Effect Model
In WAsP, as well as
in the old Park DOS-program from which the algorithm was derived, the
calculation of mutual wake effects between the turbines in a wind farm is based
on a model described in the following paper from the EWEA 1986 conference:
I. Katic, J.
Hřjstrup and N.O. Jensen: "A Simple Model for Cluster Effeciency",
European Wind Energy Association Conference and Exhibition, 7-9 October 1986,
Rome, Italy.
The flow field used
by the model to calculate wind turbine output is indicated below.
The effective wind
speed deficit at the down-wind wind turbine ("1") is calculated using
the following equation
U0 is the undisturbed wind speed at the up-wind turbine ("0")
with rotor diameter D0, Ct the thrust coefficient, X01 the downwind
horizontal distance between the wind turbines and k is the
wake decay constant.
The thrust coefficient Ct is related to the thrust
force FT, rho being the density of the air, as
The initial wind speed reduction from U0 to V,
when passing the rotor plane, is related to Ct by: (1-Ct) = (V/U0)2.
The wake effect decay constant has the default value k =
0.075 which according to our experience is adequate in most land-cases. In
off-shore applications, however, we recommend to use a lower limit of k =
0.04.
·
predicted wind climates + WTG characteristics + wind farm layout —>
wind farm wake losses
Micro-siting of wind turbines
Given a regional wind climate and a digital map, the wind
climate at any site and height in this map can be evaluated in a matter of
seconds. A 'virtual' wind turbine site can be moved around in the terrain,
either by dragging it with the mouse or by specifying its coordinates, and the
wind climate and expected power production of these sites may be obtained. An
example of a turbine site in a digital map is given below:
If you have a couple of minutes, or half an hour, you can also
map the wind resource in detail over the site, say, with a resolution of 100 m.
The value of the expected AEP is shown when you move the mouse slowly over the
wind resource map:
Estimation of Wind Power Potential
The total energy content of the mean wind is calculated by WAsP.
Furthermore, an estimate of the mean annual energy production (AEP) of a wind turbine
can be obtained by providing WAsP with the power curve of the wind turbine in
question. *
·
predicted wind climate + power curve —> annual energy
production (AEP) of wind turbine
If, for example, a 1-MW
wind turbine is erected at a given site, the following results are readily
obtained:
If several
wind turbines are erected close to each other, they constitute a wind farm. In
a wind farm, the turbines interact with each other and the total production of
the farm will be less than the sum of the wind turbine AEP's. The production of the wind farm can
also be calculated using WAsP.
Wind Resource
Mapping
Resource grids let you manage a rectangular set of points for which
summary predicted wind climate data are calculated. The points are regularly
spaced and are arranged into rows and columns. This lets you see a pattern of
wind climate or wind resources for an area. You don't need to create each point
in the grid individually. Instead you just specify the location of the grid,
the number of rows and columns and the distance between the points.
Here's an example:
Each point in the
grid is like a simpler version of a normal turbine site. All the points have
the same height a.g.l. If a wind turbine generator is associated with the grid,
then that specification is used for all of the points in the grid.
For each point, WAsP calculates the following data:
·
the elevation
·
the mean wind speed
·
the mean power density
·
the annual energy production (if a wind turbine generator is associated)
·
the Weibull-A value
·
the Weibull-k value
·
the ruggedness index RIX
·
the performance indicator DRIX
You can also see
some simple statistics about the resource grid:
Wind Climate Estimate
Using a
regional wind climate calculated by WAsP or one obtained from another source –
e.g. the European Wind Atlas or one of the many
wind atlases now available – WAsP can predict the wind climate at any specific
site and height by performing the inverse calculation as is used to generate
the regional wind climate. By introducing descriptions of the terrain around
the predicted site, the WAsP models can predict the actual, expected wind
climate at this site.
·
regional wind climate + site description —> predicted wind
climate (PWC)
The predicted wind climate is
given in terms of the wind rose and the wind speed distributions for each
sector and in total. The WAsP window corresponding to the predicted wind
climate looks like this:
WAsP calculates the following data (for each sector and in
total) for the site:
·
the frequency of occurrence
·
the Weibull A-parameter
·
the Weibull k-parameter
·
the mean wind speed
·
the mean power density
·
the annual energy production (if a wind turbine generator is
associated)
·
the wake loss (if the turbine site is member of a wind farm)
Wind atlas generation
The
observed wind climate can be transformed into a so-called regional wind
climate, also referred to as a wind atlas data set. In a regional wind climate,
the wind observations have been 'cleaned' with respect to the site-specific
conditions at the anemometer site. The regional wind climate is thus
site-independent and the wind distributions have been reduced to certain
standard conditions.
·
observed wind
climate + site description —> regional wind climate (wind atlas data sets)
The
wind atlas window in WAsP shows the mean wind speed and mean power density for
20 different standard classes, defined by the height above ground level and the
roughness length:
You can read more about WAsP and the Wind Atlas methodology here.
Updated by Heidi Serny Jacobsen on 8 July 2015
CONTACT INFORMATION
DTU Wind
Energy
Risř Campus
Frederiksborgvej 399
Building 118
4000 Roskilde
Denmark
CVR: DK30060946
Phone: (+45) 4677 5943
wasp@dtu.dk
Technical support
waspsupport@dtu.dk
Use of Personal Data
WAsP
10 RE010-Engineering Materials
Engineering Materials
Materials Database Online Software
11 RE012a-Electrical Engineering Part 1
Circuit
Draw
https://www.edrawsoft.com/en/download-edrawmax.html
Document
www.ipemyanmar.org/RE012
CircuitLogixUserGuide.pdf
Software
RE012
CLStudent_Setup
www.ipemyanmar.org/RE012
CLStudent_Setup.zip
RE012
edraw-max_setup_full5371
www.ipemyanmar.org/RE012
edraw-max_setup_full5371.zip
http://www.ipemyanmar.org/RE012
edraw-max_setup_full5371 (2).zip
RE012 gnucap-master
www.ipemyanmar.org/RE012
gnucap-master.zip
RE012 LTspiceXVII
www.ipemyanmar.org/RE012
LTspiceXVII.zip
RE012 ngspice-31_64
www.ipemyanmar.org/RE012
ngspice-31_64.zip
RE012 pecs
www.ipemyanmar.org/RE012
pecs.zip
RE012 solveelec25ensetup
www.ipemyanmar.org/RE012
solveelec25ensetup.zip
Videos
1/Spice
2/Analog Circuit
Simulator
3/SIM Plus
4/Circuit Logix
5/SPICE
6/Multi SIM
7/PSPICE
8/LSPICE
9/SIMULATOR
10/Android Circuit
Simulation’
Free and Open
source circuit simulator software list:-
NgSpice – one
of the popular and widely used free, open source circuit simulator from
Sourceforge. NgSpice is developed by a collective effort from its users and its
code is based on 3 open source software packages:-
known as:- Spice3f5
, Cider
and Xspice. Ngspice
is a part of gEDA project which is growing every day with suggestions from its
users, development from its contributors, fixing bugs and approaching
perfection. As its a collaborative project you can
suggest improvement of the circuit simulator and be a part of the development
team.
GnuCap – is
another open source project, developed as a general purpose circuit simulator.
Known widely as GNU Circuit analysis package, this linux based circuit
simulator performs various circuit analysis functions as dc and transient
analysis, ac analysis etc. Developers have incorporated spice compatible model
for MOSFET, BJT and Diode.
EasyEDA – EasyEDA is
another free software that doesn’t require downloading. You can just signup and
use the software, you can even try it without a signup but to download/save
what you made you have to have an account which is ofcourse free.
CircuitLogix – this
student version software from CircuitLogix enables you to perform analog,
digital and mixed mode circuit analysis and simulation. This SPICE
simulation software provides 4000 devices on its student version which is 1/3
of the pro version. This circuit building software give access to switches,
linear IC and digital IC, FET, Transistors, relays, displays, signal
generators, SCR’s, opto isolators, photo diodes, semiconductors, motors etc.
LTSpice – is a
widely popular SPICE simulator from Linear. LTspice is a free circuit
simulation tool from Linear Technology corporation.
This simulation software is considered as one of the best freeware available.
Highlight of LTspice is much fast simulation of switching regulators with
enhanced SPICE (compared to normal SPICE simulators).LTspice gives access to
over 200 op amp models, transistor models, MOSFET models etc. A high
disadvantage of LTspice is its proprietary code base which is
licensed by Linear Technology. Had they made it open source, LTspice could have
gone places with collaborative development.
Note: LTSpice is
considered as the BEST circuit simulation software
available by users.
MultiSim – is a
student version circuit simulation software from National instruments. As you
know, student versions always comes with limited access. Still this is a great
simulation tool for beginners in electronics. MultiSim, the circuit maker
software enables you to capture circuits, create layouts, analyse circuits and
simulation. Highlight features include exploring breadboard in 3D before lab
assignment submission, create printed circuit boards (PCB) etc. Breadboard
simulation is possible with Multisim circuit simulator.
TopSpice – this
is a demo version circuit simulator from Penzar. This electronic simulation
tool is tailored to work with Windows only and its is
compatible for Windows XP/Vista/7. TopSpice is a mixed mode mixed signal
digital,analog, behavioral simulation
software. It offers both Pspice and Hspice compatible simulation of circuits.
Circuit
Simulator 1.5j – is a freeware circuit simulation tool.
I have not used this tool or even attempted a try. I add this as a suggestion
from a user in our forum. I think this is just basic tool with very basic
functions, created for starter purpose. Use at your own risk.
MacSpice – is a
free circuit simulation software for Apple Macintosh users. This circuit
simulation which is compatible with PowerPC and Intel architecture Apple
Macintosh (MAC pc) computers is derived from Berkeley Spice 3f5 . This breadboard simulator can perform simulation
ranging from a single resistor to an integrated circuit with thousands of
devices and components packed together.
SimScale
– SimScale is a cloud-based simulation software which
you can do everything online. They have a free community plan which you can
signup for but all the circuits you make will be publically available.
5Spice
– is a free analog circuit analysis and simulator with
many great features which includes a user expandable library of Spice/Pspice
models, save any number of analysis results, integrated graphing of simulation
results, student level MOSFET IC design etc. The focus is emphasized on analog
circuit analysis and design at component level. 5Spice is mainly designed for
students and educators, rather than industry professionals. Latest version of
5spice is released on October 31st 2001 – v 1.65.
Beige Bag – is a
demo version of the original paid version of Beige Bag circuit simulation
software. Developed based on B2 Spice, this software is mixed mode, power
packed, fast and easy to use. Well try the demo version before you decide to
buy.
Micro-Cap 10 – is
another demo version circuit analyzer and simulator from Spectrum
Soft. As they claim its a mixed mode digital/analog
circuit simulator with an intuitive user interface, fast simulation and great
performance. I haven’t tried this yet, so if you are interested try your own.
PECS – is a
free power electronics circuit simulator created by Richard Tymerski. You can
download the various manuals and tutorials from the website before start using
the simulation tool.
Proteus –
Prospice is a mixed mode, Spice based simulation tool from LabCenter. They have
two versions, basic and advanced. Basic version is free which supports
interactive simulation only while advanced supports a range of useful functions
and features like graph-based analysis which includes frequency, noise, distortion,
fourier parameters etc.
QUCS – Quite Universal
Circuit Simulator is a free simulation software developed on GNU/Linux
environment. Well, this software really works on other operating systems such
as Solaris, Apple Macintosh, Microsoft windows, FreeBSD, NetBSD etc. User can
simulate large signal, small signal and noise behavior of the circuit
using this simple circuit simulator.
Solve Elec – is an
electrical circuit simulator (free version) which is developed for Macintosh OS
and Windows. It enables users to draw and analyse circuits (both electrical and
electronic) functioning in direct current or alternating current, get formulas,
verify equations, get equivalent circuits etc.
XSpice – is
developed as an extension to Spice 3 by Georgia Institute of Technology. It has
code modelling feature which enables user to add new models.
Okay! So far we have listed 16 free
version circuit simulators, some of which are open source, some are licensed
but free, some are demo/ student versions etc. And we have atleast one
simulator for each and every operating system out there in the market. If you know
some other free simulation software/tool, that’s so great, please share it as
comments.
Now let’s have a look at some enterprise
circuit modelling software in the market.
Best
Licensed/Paid Circuit simulation software:
PSPICE – is
a mixed signal, industry standard circuit simulator. This software is used by
many professionals for electronic system design and development. Orcad, the
printed circuit board (PCB) design software is developed by the same company,
Cadence.
MultiSim– is
a great simulation software from National Instruments for electronic design
engineers, academic professionals and educators, colleges, students,
universities and professionals. Highlight features of this software are written
above (under free resources).
SiMetrix – is
a circuit simulation tool with enhanced Spice specifically developed for
Professional electronic design engineers. They have other products like
Simplis, Micron VX, DVM etc.
TINA – is
an affordable, cost-effective circuit design and simulation software, yet very
powerful in features and functions. You can buy a basic version of TINA design
suite 9.3 for as low as 90 Euros and a classic version (suited for professional
design engineers) is available from 600 Euros.
PowerSim – is
a simulation software developed for power electronics circuits, motor control
and other requirements like dynamic system simulation.
Ngspice download (stable release)
All ngspice stable releases, including the most recent one, can be
downloaded from Sourceforge.net
File Release System. Ngspice is released as a gzipped tar archive
containing all source files of the simulator. They compile under various
operating systems, e.g. LINUX, MS Windows, MAC, BSD, Solaris, and maybe others.
Binary packages are distributed for MS Windows and MAC OS X.
- ngspice-31: this is the folder with
the latest stable release. It does not contain last minute code and
experimental features. This is the release intended for end-users. All
sources are assembled into a tarball for download. Binary packages for MS
Windows and MAC OS X are to be found here as well.
Ngspice installation (quick intro)
If you are on MS Windows (64 bit, Windows 7 and up), download ngspice-31_64.zip
from the web site given above. Expand the contents of the zip file to an
arbitrary location on your computer (you should have read and write access to
this location, if not run in admin mode), e.g. to D:\. You also may download
the GUI that
is shown below.
Expand its content into the Spice64\bin folder. And that's it!
If you are on macOS, ngspice-31.pkg
is your friend.
For Linux we do not offer pre-compiled packages. You may either
resort to your Linux distributor und use their installation manager for a
pre-compiled package. Some are listed here. However these may
not yet contain the current release version. So you might want to compile
ngspice by yourself. Then download and extract the sources from the ngspice-31
tarball. Please see file INSTALL or the ngspice
manual (chapt. 32) for instructions on compilation and installation of
ngspice.
If you are interested in the ngspice nightly
for MS Windows or other development or ngspice experimental versions, please
read on!
Ngspice download via browser or snapshot (code under development)
- ngspice tree view of master branch:
This is the master branch of the code actually under development. It
contains the most recent features and has already got lots of testing. Use
this link to access the individual source code files via your browser.
Select 'Download Snapshot' from this page to download the complete and
actual master branch source code. Check one of the 'Branches' buttons (or
'More Branches' to display all branches) to switch to another branch and
then again use 'Download Snapshot'. Another development branch example is
given in the next bullet point.
- ngspice tree view of branch pre-master:
This is the current development branch with very recent source code
additions. After testing they may make it into the master branch and the
next stable release. Use this link to access the source code files via
your browser or download the complete snapshot by 'Download snapshot'.
Ngspice download using git (code under development)
Using 'git' offers you a way to get access to all branches and to
manage them. The following command will download the complete sources from the
ngspice git repository via anonymous access. You will find the ngspice top
level directory as [actual directory]/ngspice, containing a complete local git
repository.
git clone git://git.code.sf.net/p/ngspice/ngspice
Please see file INSTALL for instructions on compilation and
installation of ngspice.
To fetch and incorporate new commits from sourceforge into your
local git repository, please cd to directory ngspice and run
git pull
git pull will deny to overwrite modified files in your working
directory. To drop your local changes first, you can run
git reset --hard
Be careful because this command may delete your local changes!
To switch to another branch, you may issue
git fetch
and then
git checkout new-branch-name
To learn more about git, which can be both powerful and difficult
to master, please consult http://git-scm.com/,
especially: http://git-scm.com/documentation
which has pointers to documentation and tutorials.
Ngspice GUI
A simple GUI for starting ngspice and plotting (binaries for MS
Windows, 64 bit) is available here,
along with its source code
that compiles with Lazarus
IDE.
Ngspice for MS Windows (master branch, 64 bit)
ngspice-30plus 64 bit devel
is our ngspice nightly for MS Windows (though not updated every night). It
contains 64 bit ngspice binaries with GUI, console and the shared ngspice dll.
Sources are drawn from the master branch at git. The last update has been made
on Aug. 18th, 2019.
Ngspice 32 bit (not updated for release version 30!)
Here you will find ngspice-27 as 32 bit binaries for MS Windows.
Right click on a link and store the 7z file to your harddisk. ngspice-27 32 bit
contains the ngspice binaries with GUI and the shared ngspice dll.
ngspice-27 for xp
contains 32 bit ngspice-27 for Windows XP. Right click on the link and store
the 7z file to your harddisk. Enclosed are ngspice.exe with GUI and the shared
ngspice dll plus some other dlls needed.
Ngspice experimental (not all updated for release version 30!)
Here you will find some ngspice binaries (for MS Windows) which
are provided for those interested in experimental code. Right click on a link
and store the 7z file to your harddisk.
ngspice-30-adms
is a ngspice-30+, 64 bit binary for MS Windows with ADMS enabled. It contains
the ngspice-30+ binaries (GUI and console) supporting BSIMBULK, EKV, HICUM,
MEXTRAM and PSP models. Sources are drawn from the branch adms-new, thst is
adms-experiment-3, rebased onto ngspice-30+ pre-master. BSIMCMG is included,
yielding errors, and thus is not yet ready for distribution.
ngspice-27 64 bit utf-8 devel
contains 64 bit ngspice binaries with GUI and console, with UTF-8 input and
internal UNICODE wide char for I/O enabled. Sources are drawn from the utf-8+2
branch at git. In addition you will find GUIs for starting ngspice and
plotting, made with Lazarus.
ngspice 32 bit klu devel
contains a 32 bit ngspice binary with GUI, using the KLU matrix solver. Sources
are drawn from the KLU-6+4 branch at git.
cuspice
(ngspice-27 64 bit using CUDA, incl. CUDA redistributables, 24 MBit download
size) contains a 64 bit ngspice binary with GUI, using the KLU matrix solver
and CUDA (uses nvidia graphics card for acceleration). Sources are drawn from
the CUSPICE+5 branch at git.
The ngspice tclspice package
includes all libraries and files necessary to run some tcl scripts with the
ngspice tclspice dll. The package has been created with a modified BLT library,
which serves for plotting. If you install the tcl/tk libraries version 8.6 from
ActiveState, add
the VS 2008 project file
to the ngspice main directory, and set the appropriate links in the project
file to the tcl/tk library and headers, you may compile ngspice tclspice for MS
Windows yourself.
A more recent tclspice version, very experimental, is here as BLT library for VS2017,
and VS 2017 project file,
based on the master branch as of June 2017. Again: very experimental, not yet
tested!
Ngspice download (old, obsolete stuff)
CVS repository is no longer used, still available, but may be
switched down in the future.
Old releases (before rework-10), are available through this web
site only (see the menu on the left), they are archived for historical purposes
and are no longer maintained.
Higher
Electronics
https://www.analog.com/en/design-center/design-tools-and-calculators.html#
12RE016/ BAE508-Design & Project Management
User
Manual
RE016-user-manual-seavus-project-viewer
www.ipemyanmar.org/RE016-user-manual-seavus-project-viewer.pdf
Project
Viewer Other Documents
www.ipemyanmar.org/RE016
Other Documents.zip
Software
https://www.seavusprojectviewer.com/free-ms-project-viewer-trial-thank-you
Video
1/Brief
Introduction
2/Introduction to Seavus Project
Viewer
3/Task
update
4/Schedule
5/Complex
projects
6/Project
team
7/Project
plan
8/Graph
and charts
https://www.seavusprojectviewer.com/project-viewer-pricing-options
--------------------------------------------------------------------------------------------------------------------------------
Year 4
1 RE011a-Civil & Mechanical Engineering Part 1
2 RE011b-Civil & Mechanical Engineering Part 2a
3 BAE 606 Building Service Electrical & Mechanical Engineering
4BAE421 Building Construction Engineering
9 BAE 523A Environmental Engineering
10BAE621 Structural Engineering
11BAE623 Surveying & Traffic Engineering
12BAE624 Water Supply , Sanitation &
Finishing
1 RE011a-Civil & Mechanical Engineering
Part 1
2 RE011b-Civil & Mechanical
Engineering Part 2a
ETAB/REVIT/STAAD/Tekla Training
3 BAE 606 Building Service Electrical &
Mechanical Engineering
Building Information
Management
www.iqytechnicalcollege.com/BIM.htm
Air Con+Ventilation+Refrigration
https://www.carrier.com/commercial/en/us/software/hvac-system-design/software-support/
Demo Software
Download Link
will be provided separately
www.iqytechnicalcollege.com/enggsoftware.htm
Then download the software under the same unit number.
Video
1/ Carrier HVAC Block Load V4.16 software demo
2/ How to Perform a Carrier Infinity Control Software
Upgrade
3/ HVAC COOLING LOAD CALCULATION TRAINING AND LEARNING
-HAP software tutorial English Part-1
4/ Carrier Infinity Training Simulation Course
Overview
5/ Carrier – i-Vu® Building Automation System
6/ HVAC COOLING LOAD CALCULATION TRAINING AND
LEARNING-HAP software tutorial English part-2
7/ Heat Load Calculation using Carrier HAP - Beginners
|| BIM Learning4U
8/Tutorial#16 How to calculate
HVAC heat load using HAP software
9/ Complete Carrier HVAC System Install
10/ CARRIER HAP- HOURLY ANALYSIS PROGRAM DEMO
Manuals
|
e-Help
Number |
Title |
Release Date |
|
034 |
12/05/2014 |
|
|
033 |
12/05/2014 |
|
|
032 |
12/05/2014 |
|
|
031 |
12/05/2014 |
|
|
030 |
04/30/2014 |
|
|
029 |
06/24/2013 |
|
|
028 |
06/24/2013 |
|
|
025 |
03/25/2013 |
|
|
024 |
12/12/2012 |
|
|
022 |
08/07/2012 |
|
|
021 |
06/07/2010 |
|
|
020 |
06/07/2010 |
|
|
019 |
09/09/2009 |
|
|
018 |
07/01/2009 |
|
|
017 |
07/01/2009 |
|
|
016 |
09/09/2008 |
|
|
015 |
09/04/2008 |
|
|
014 |
Carrier-Modified ASHRAE 90 1-2004 User's Guide
Schedules for HAP |
03/02/2007 |
|
013 |
03/02/2007 |
|
|
012 |
01/23/2007 |
|
|
011 |
11/29/2006 |
|
|
010 |
Interfacing HAP Simulations with Geothermal WSHP Design
Programs |
10/16/2006 |
|
009 |
08/26/2006 |
|
|
008 |
06/15/2006 |
|
|
007 |
03/03/2006 |
|
|
006 |
11/02/2005 |
|
|
005 |
11/01/2005 |
|
|
004 |
10/27/2005 |
|
|
003 |
10/24/2005 |
|
|
002 |
10/01/2005 |
|
|
001 |
11/01/2005 |
Electrical
180M
- An all-in-one diagram
software for flowchart, org chart and more.
- Supports Windows
2003/2008/Vista/7/8/10.
- Supports Mac OS X 10.11 and
later.
- Supports Linux.
- 15-day trial.
- Over 3,300,000 satisfied
users now.
- Various symbols and
templates.
- Clean and safe, no-risk,
no-Plug-ins.
- Completely uninstall
support.
4BAE421 Building Construction Engineering
Demo Software
Download Link
will be provided separately
www.iqytechnicalcollege.com/enggsoftware.htm
Then download the software under the same unit number.
- Projects – Enquiries, Jobs, History
- Estimating
– by sub job (phase)
- Cost
items, kits / templates
- Quotations
– variety of print format options
- Scheduling
– jobs due to start / complete, tasks, employees
- Job
costing – budget / actual / variance analysis
- Progress
claims – percentage complete by phase
- Construction
software specific pages with site info and SWMS
·
Variation to contract
·
Business contacts database
·
Bills of material options
·
Document search database
·
Fully integrated accounting, payroll
·
Materials purchasing
·
Manage Retentions
https://www.interacct.com.au/software/
Demo
Software
Download Link will be provided separately
www.iqytechnicalcollege.com/enggsoftware.htm
Then download the
software under the same unit number.
https://www.futureworx.com.au/construction-project-management-software/
- Free construction estimating and takeoff software
- Open source construction estimating and takeoff
software
- Why you must also consider paid solutions
Easy-Pro
Builders Estimator
N/A
No reviews yet
Easy-Pro Builder Estimator is a
free program based on Apache software (Source)
Overview: This is a 100% free tool that is based entirely on the Apache
OpenOffice spreadsheet program Calc. It has two dozen worksheets that report
back to a summary page in order to provide updated estimates.
Easy-Pro
Builders Estimator was created by a construction manager who wanted to serve
smaller construction firms looking for an accurate and simple program that was
free.
The
software also comes with a 20-page manual so you can get up to speed on how the
program works and you’re not simply left in the dark to figure it out yourself.
Some features include:
- Adjustable
taxation rates depending on which country you are in
- Client unbilled
reporting
- Printable project
reports
- Compatible with
Windows, Linux
- 24 trade worksheets
available
Estimator 2.0
5.0/5
1 review
Estimator 2.0 is available for
free download and comes with a tutorial (Source)
Overview: Estimator 2.0 is aimed at architects, builders, engineers,
and construction companies that want to create detailed estimates for
residential and commercial buildings. Estimator 2.0 allows users to prepare
tenders, a cost abstract, purchase orders, and other documents needed for a
proper estimation.
The
free program lets you create an estimation and then print it out, ideal for
those who are pressed for time and want to quickly make an estimation without
having to spend a lot of money on premier software.
Estimator
lets construction companies create estimates for a host of construction
projects, including concrete structures, earth work, masonry, plastering, and
more.
Some
features include:
- An extensive
tutorial for new users
- Quickly generate
an estimate and then print it out
- Prepares tenders,
cost abstracts, and purchase orders
- Compatibility with
Windows
STACK Takeoff
& Estimating Software
4.46/5
950+ reviews
STACK offers free construction
estimating software and the option to upgrade to a paid version (Source)
Overview: STACK offers free construction software aimed at firms
looking to streamline the bid process and accurately estimate materials,
equipment, and labor. The software also provides access to an “extensive
library of prebuilt, industry-specific material libraries,” according to its
website. It generates an estimate based on your input of how much of each
material will be needed and what labor, equipment, and overhead will be
involved.
The
software is cloud-based and therefore can be accessed from anywhere there is an
internet connection. It is also compatible with all types of platforms, from
smartphones to desktop computers.
STACK
also includes training with the software for free. A full-featured version is
available for purchase.
Some features include:
- Ability to upload
digital plans
- Takeoff tools that
provide shortcuts for measurements, making it quicker to produce a takeoff
- Prebuilt reports
to provide insights to inform your estimates
- Cloud-based
- Free training
Open source construction estimating and takeoff software
Open
source construction estimating and takeoff platforms are also free, but they
have an additional wrinkle: the original source code is available. There are
some benefits and drawbacks to this you should be aware of.
The
benefits are that in addition to being free, you will be able to customize and
adapt the software to fit your individual business.
The
drawback comes up if you don’t have the know-how to mess with original source
code. Lack of technical ability could become a problem if the software needs
improvement down the road to fit your firm.
2-plan Team
Software
4.50/5
5 reviews
2-plan Team is entirely free and
open source software with some capabilities helpful to estimators (Source)
Overview: 2-plan Team is a project management platform geared toward
construction firms, and among its three PM tools is an open-source desktop
system that can be used for multiple projects and teams. It is mostly meant for
managing the entirety of a construction project as opposed to just estimating
and takeoff, but there are tools available for that purpose as well.
The
source code for 2-plan Team has been published at SourceForge, where you can
download it for free. It can be installed on any LAMP (Linux, Apache, MySQL-4
or higher, PHP-5.1) server, and it may work on some Windows servers.
Some features include:
- Manage virtual
teams with shared online workspaces
- View the status of
multiple projects at the same time with the Project Dashboard
- Tracks time on
mobile devices
- Ability to share
estimates and budgets with clients, partners, teams, and staff
- Ability to manage
teams via mobile devices
ESTIMATE
N/A
No reviews yet
ESTIMATE is free and open source
software, meaning you can customize it for your business (Source)
Overview: ESTIMATE is a cloud-based, open-source option that has been
released under GNU Affero General Public License. It’s a community-support
project, which means the source code is freely available to anyone who wants to
customize it for their own construction firm—ideal for construction managers
with a little coding know-how.
ESTIMATE
aims to be a simple and fast tool that can be adapted to any firm’s size.
"Estimate" is an Open Source web based Construction Cost Estimating Software designed for medium and large Civil Construction and EPC (Engineering Procurement and Construction) companies. Features include Management of Schedule of Rates, Analysis of Rates, Project Estimation (Definitive and Control), Tender Evaluation, Cost Sheet preparation, BOQ Generation, Audit and Projection. Estimate is suitable for a wide variety of trades and businesses, including but not limited to: General/Industrial Construction, Carpentry, Plumbing, Electrical, Tile Work, Concrete Work, Landscaping, Maintenance & Repair. Building an accurate and comprehensive estimate, for a commercial construction projects can be a long gruelling process. Use Estimate to take full control over the three most important variables in your project i.e. Time, Finance and Resources (Man, Material, Equipments).
Features
- Web-based Construction
Estimating Software
- Manage Schedule of Rates and Bill of Material (BOM)
- Generate Bill of Quantity (BOQ)
- Project Costing, Audit, Reconciliation and Projection
- Bid management and Analysis
- Contacts and Document Management
- Generate graphical reports in PDF
- Multiuser, Access rights can be defined
- In-built Arithmetic Parser reduces mannual calculations and errors
- Prepare Analysis of Rates; include Profits, Contingencies and Overheads
- Ships with Basic Calculator and Unit Convertor
- Flexible, Easy to use and Accurate
https://www.stackct.com/blog/free-construction-cost-estimating-software/
Estimator 2.0 is an advanced project management
bundle that can be a worthwhile solution for business owners and contractors.
It is generally used to produce cost estimates and to obtain accurate billing
information. The interface is quite streamlined and the designers claim that
users can cut their project costs by as much as 30 per cent. It is free to
download.
Main Features and Functions
Estimator 2.0
is equipped with several useful tools which can be accessed immediately. Some
of the most prominent include purchase orders, labour bills, accurate price
estimates and the ability to create bills of quantities (for use in tendering).
There are various settings which allow users to customise individual reports
and the ability to record all material estimates will provide a much more
accurate overview of the costs associated with a particular project. These and
other functions are presented in a familiar windows layout, so there should be
few issues regarding a learning curve.
Videos
1/Preparing Estimates Estimator 2.0
2/How To Create a New Project in
Estimator 2.0
3/Measurements and Consumption in Estimator
4/Build a Proposal using The Paint Estimator 2.0
5/Billing Measured Works in Estimator|
6/How to estimate a Room Quantity
7/Rounding to Estimate Sums 2
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http://estimator.in/tutorial/index.htm
Demo
Software
Download Link will be provided separately
www.iqytechnicalcollege.com/enggsoftware.htm
Then download the
software under the same unit number.
Computational
fluid dynamics (CFD) is a branch of fluid
mechanics that uses numerical analysis and data structures to analyze and solve
problems that involve fluid flows.
SIM Flow
https://sim-flow.com/download/cfd-simulation-software/
Boundary
Conditions
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In this panel, you can define boundary conditions of your simulation.
You need to define conditions for each boundary of your mesh as well as for each
of the fields of the simulation. Most of the boundary conditions will be
reasonably specified by default and you will have to change only what is
suitable for your particular case.
This panel allows you to perform basic
postprocessing calculations.
Normally output from solvers consists only of the
basic fields like pressure, velocity and temperature. It is often necessary to
obtain certain derived fields and values. This values can be obtained in
the Calculate panel.
There are three basic types of post-processing
calculations:
·
Fields – calculates derived
fields such as Mach number or vorticity
·
Wall – calculates derived
fields that are important only on walls, such as y⁺.
·
Boundary –
calculates values at any mesh boundary
All the calculations can be performed on demand
using the Calculate button. This button will not be active
when there are no results available or the simulation is still running.
Most models you can define in simFlow are applied
to the entire domain. However it is often necessary to applied
certain models only at a specific location. Such models can be defined in
the Cell Zones and assigned to a specific cell zone in the
mesh.
In the Combustion panel, you can
set up models related to species transport and combustion.
In the Controls panel, you can
control certain aspects of the simulation process, mainly related to the output
of results to the disk.
n the Discrete
Phase panel, you can define models for discrete phase modeling using
Lagrangian particle tracking.
To calculate flow field it is required to solve the Navier-Stokes equations inside the flow
domain. This is a partial differential equation system which cannot be in
general solved analytically and needs to be converted into a linear equation
system. The process of converting partial differential equation into a linear
equation system is called discretization and can use multiple different
schemes.
In the Discretization panel
you can select discretization schemes that are most suitable for your
simulation. Usually, when selecting discretization scheme there is a trade-off
between accuracy and stability, which may require some experimentation to
select optimal scheme.
In the Dynamic Mesh panel, you can
define models for moving and deforming your mesh. Besides the Static model
representing the lack of any motion, currently available dynamic mesh models
are:
·
Rigid
·
Multi-Body
·
Dynamic
·
6DoF
eometry panel
allows users to add, delete and manipulate geometry.
In the Hex Meshing panel
you can create finite volume mesh based on your
geometry. Mesh generation process is semi-automatic and produces hex-dominant
mesh based on arbitrary geometry.
Initial Conditions
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In the Initial Conditions panel
you define conditions at the beginning of the simulation (usually denoted by
time 0). In the case of steady state simulation values defined here will be the
initial approximation of the iterative process and can greatly influence the
stability and convergence rate.
There are four basic methods for defining initial
conditions:
·
Basic – all fields are
initialized using a specific value or formula
·
Potential – pressure
and velocity can be initialized using potential flow equations
·
Patch – fields can be
initialized to a different values inside specific geometries
·
Map – fields can be
initialized using results from another simulation
- esh Panel
gives you access to options for modifying and manipulating meshes. Here
you can modify mesh regions, boundaries and cell zones in the mesh.
Mesh Import
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In certain situations you need to import mesh generated by external
software. Options for importing meshes are available in Import panel.
In the Monitors panel, you can
enable additional quantities which should be computed and displayed in the
chart view during the computation. These data should help you in assessment
whether your model is being solved properly or if your solution is already
converged. The monitor data will be printed into the output window during the
simulation as well as plotted on charts in the graphics window.
Note: Number of variables allowed
to be monitored depends on the selected solver. For certain solvers, the Monitors panel
might not be available. In the case of simple, cold flow problems it would be
pressure and velocity and for solvers with energy or temperature transport
equation additionally you will be able to choose temperature field.
In the Operating Conditions panel
you can define various reference values. The content of this panel depend on
the OpenFOAM version being used and the solver that is currently selected. For
certain solvers this panel is not visible at all.
In the Parameters panel you are
able to define named parameters that can be used in various aspects of the
simulation setup, e.g. you can create parametric meshes or boundary conditions.
The parameters can be simple numerical values or complex expressions containing
mathematical functions and other parameters.
Passive Scalars
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There are situations when you want to simulate transport of some specie
in the flow. In general, you would have to employ species transport model. This
model is rather complex and only applies to compressible flows, which means you
would not be able to use it to for example simulate contamination in the water.
In such cases, it might be appropriate to use the Passive Scalars model.
The passive scalar model can be used when changes in scalar
concentrations do not influence (hence “passive”) the physical properties of
the flow like density or viscosity. This condition is usually met when the
scalar is used to model relatively small concentrations of some specie (e.g. CO2 in air).
The equation solved for each scalar Ψ
is a genera convection-diffusion
equation of the form:
∂Ψ∂t+∇⋅(⃗UΨ)=∇⋅(D∇Ψ)+SΨ
where ⃗U
is velocity obtained from
momentum equation, D is diffusivity
coefficient and SΨ
is optional source term.
In the Postprocessing panel you
can have access to external tools that allow you to perform postprocessing of
your simulation results.
Radiation
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In the Radiation panel,
you can define settings related to radiation modelling.
Run Panel
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In the Run panel
you can start the actual simulation. This panel has two main section separated
by a blue line. Above the line there are inputs for parameters of the execution
process. Below the line there are buttons that can start or reset the actual
simulation.
Setup
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In the Setup panel,
you have to select a solver for your simulation. A solver is a set of
predefined models that can be used to simulate the particular phenomena you are
interested in. Each solver is specialized for a particular class of
simulations. When you select a solver, a specific set of configuration options
will be displayed in the navigation tree on the left-hand side.
Solution
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In the Solution panel
you can define various aspects related to the actual solution process.
Summary Panel
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The Summary Panel displays
you basic information for a general overview of your simulation setup.
Thermophysical
Properties
130 views July 3, 2017 1
In the Thermo panel,
you can define thermophysical properties of your material. In contrast to
the Transport panel,
here you define material properties for compressible flow solvers.
Transport
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In the Transport panel,
you can define transport properties for materials used in incompressible
simulations. Here you also define properties of each phase in a multiphase
simulation, as well as interactions between those phases.
Turbulence
Panel
247 views July 2, 2017 2
In the Turbulence panel
you can enable turbulence models appropriate for your simulation.
Videos
1/ CFD Simulation Tutorial -
Droplet | SimFlow CFD
2/ windAroundBuildings in simFlow
3/ Basic simFlow tutorial - A 3D
water dropet
4/ CFD Simulation Tutorial -
Cylinder Cooling | simFlow CFD
5/ PIPESIM Manual GIS
Modeling
Demo Software
Download Link
will be provided separately
www.iqytechnicalcollege.com/enggsoftware.htm
Then download the software under the same unit number.
Manual
Publisher Description
A simple App for optimum design of Reinforced Cement Concrete (RCC) One-Way
& Two-Way Slabs in all combinations of Edge supports conditions and various
options of Cover, Grades of Concrete and Steel. Optimisation option for any
given rates of Concrete and Steel.
RCC Slab Design is a free software application from the
Office Suites & Tools subcategory, part of the Business category. The app
is currently available in English and it was last updated on 2016-03-13. The
program can be installed on Android.
RCC Slab Design (version 3.0)
has a file size of 1.05 MB and is available for download from our website. Just
click the green Download button above to start. Until now the program was
downloaded 2531 times. We already checked that the download link to be safe,
however for your own protection we recommend that you scan the downloaded
software with your antivirus.
Reinforced Concrete 2.5
|
Free |
|