Use MatWeb's search instructions to help you find the materials and material property data you need on metals, ceramics, and plastics.
ANSYS Data Downloads
Users of ANSYS FEA software can now export technical datasheets from MatWeb's collection in the ANSYS material library format. This is the new feature of our Premium membership available for only $74.95 for a one year subscription! A complete list of Premium features and membership options is available here. Users can create and export libraries of 20 materials at a time in ANSYS library format (XML) from MatWeb's collection of over 59,000 material data sheets. The appropriate property values in the correct units are automatically added to the XML file with ease and accuracy.
http://asia.matweb.com/help/ansys_intro.asp
2007-10-10
A FEM course (ANSYS)
Finite element analysis (FEA) is a powerful engineering tool that can solve many kinds of engineering problems to as high a degree of precision as necessary. Mechanical, fluid, heat transfer, electrical, and magnetic problems either separately or in combination can be solved by FEA. If a problem can be described by a set of differential equations, it can generally be solved by FEA.
This course winds a path between learning the principles of FEA and using the computer programs Ansys and Matlab to solve some simple engineering problems by FEA. By the end of the course, you will be able to solve very complex engineering problems by FEA.
Instead of a textbook, there are about 50 web pages providing information for this class. As a student in MENG 421, you need to study the material on all these web pages. This home page provides links to key pages such as Ansys and Assignments, which in turn link to many other web pages.
This class requires much time and patience, therefore please allow sufficient time for the assignments. Do not wait until the last minute to start them. Furthermore, you must have a good working knowledge of Microsoft Windows 2000 to run Ansys, the finite element program used for this course. Matlab is also used extensively.
Any of the campus networked PCs can be used to do the assignments. In addition, there are networked PCs in the Mechanical Engineering computer room that can be used.
There are several very good FEA books on reserve at the library for this course. Be sure that you read at least the first chapter of each as soon as possible.
http://infohost.nmt.edu/~es421/homepage.htm
This course winds a path between learning the principles of FEA and using the computer programs Ansys and Matlab to solve some simple engineering problems by FEA. By the end of the course, you will be able to solve very complex engineering problems by FEA.
Instead of a textbook, there are about 50 web pages providing information for this class. As a student in MENG 421, you need to study the material on all these web pages. This home page provides links to key pages such as Ansys and Assignments, which in turn link to many other web pages.
This class requires much time and patience, therefore please allow sufficient time for the assignments. Do not wait until the last minute to start them. Furthermore, you must have a good working knowledge of Microsoft Windows 2000 to run Ansys, the finite element program used for this course. Matlab is also used extensively.
Any of the campus networked PCs can be used to do the assignments. In addition, there are networked PCs in the Mechanical Engineering computer room that can be used.
There are several very good FEA books on reserve at the library for this course. Be sure that you read at least the first chapter of each as soon as possible.
http://infohost.nmt.edu/~es421/homepage.htm
2007-10-09
Instruction to ANSYS.net
This web site give us some useful information about ANSYS simulation. The following are its collections
input file library
macro library
tips & tricks
tech papers
undocumented
resources
ansys news
xansys archives
useful links
animation gallery
customer portal
engineering
tools & utilities
material props
web resources
book references
general info
about this site
website updates
rss feed
input file library
macro library
tips & tricks
tech papers
undocumented
resources
ansys news
xansys archives
useful links
animation gallery
customer portal
engineering
tools & utilities
material props
web resources
book references
general info
about this site
website updates
rss feed
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