Cambridge University Engineering Department - Engineering Programs. Introduction | Analysis Types | ANSYS License | Personal Copy | Files | Commands | Tutorials | Troubleshooting | Manuals | Hardcopy Output | Remote Solver Mananger Ansys v13 Introduction (ANSYS Home Page) ANSYS is a finite element program from ANSYS Ltd. Analysis Types The following areas are highlighted to illustrate the capabilities of ANSYS : Main Areas Fluid-Solid Interaction Advanced Mechanical and Thermal Nonlinear Mechanics Electromagnetics MEMS Initiative ANSYS License The Engineering Department has a 5 User licence for RF category.
Personal Copy on PC (Engineering Department Only) Users (Research Students and Staff) requiring a local installation on their own PC which is connected to the Departmental network should contact pc-support@eng.cam.ac.uk and put in a request. There is a nominal charge of GBP 550 + VAT per user to pay towards the cost of the license. On-line Tutorials Then in the xterm window for the Linux server startup ANSYS by typing ansys. Finding Download files . cd cd project. E MCH 013. Ansys. Java.lang.Object anar.Exporter anar.Ansys public class Ansysextends Exporter This class is an exporter for ANSYS (Finite Element Modeling).
The output is Fortran. Currently export only the geometry and doesn't provide base scene yet. Ansys public Ansys() export public static void export(Obj obj) public static void export(Obj obj, java.lang.String fileName) public static void export(Obj obj, java.lang.Object theSketch) public static void export(Group group) public static void export(Group group, java.lang.String fileName) public static void export(Group group, java.lang.Object theSketch) ANSYS Workbench Plugin — Gridcore Web Site. Ansys Programmers Manual. ANSYS - Simulation Driven Product Development. University of Alberta - ANSYS Tutorials. University of Alberta - ANSYS Tutorials ANSYS is a general purpose finite element modeling package for numerically solving a wide variety of mechanical problems.
These problems include: static/dynamic structural analysis (both linear and non-linear), heat transfer and fluid problems, as well as acoustic and electromagnetic problems. Most of these tutorials have been created using ANSYS 7.0, therefore, make note of small changes in the menu structure if you are using an older or newer version. This web site has been organized into the following six sections. ANSYS Utilities An introduction to using ANSYS. FEA & C++