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Nonlinear Material Model using ANSYS

Submitted by riteshparikh on
I am performing the static analysis on hydraulics component where I am using the nonlinear material properties with multilinear kinematic material model having yield ~150 ksi and ultimate strength ~210 ksi. However I am getting first principal stress as 280 ksi and von Mises(equivalent) stress ~ 240 ksi.

I checked for the directional stresses where I find the stress in axial direction as ~279 ksi.

Whether it is possible to have the stresses above the given material limit (in this case true ultimate strength is 210 ksi).

Linking ABAQUS with Fortran

Submitted by George Papazaf… on

Dear all,

I have installed ABAQUS 6.10-1  and Intel Visual Fortran Compiler Professional Edition 11.1 for Windows. The installation of the last requires the previous installation of Microsoft Visual Studio 2008. My operating system is Windows XP 32bit x86.

I am running the abaqus job and abaqus subroutine files in Abaqus Command (allowing ABAQUS to perform the compiling by including -user on the command line) and I get the following error message:

Post-Doc positions at the University of Salento in Lecce, Italy, within ERC StG Project "Interfaces"

Submitted by Laura De Lorenzis on

3 Post-Doc positions are available at the Department of Innovation Engineering at the University of Salento in Lecce, Italy. Funding is provided by the ERC Starting Researcher Grant project "INTERFACES - Mechanical Modeling of Interfaces in Advanced Materials and Structures". The topics are related to computational methods for interface modeling, isogeometric analysis, and mutlscale methods.

Time-Domain Reflectometry in Ansys

Submitted by martinxtm on

Hello,

I'm starting a research about time-domain reflectometry to get information about the electrical signal propagation in different structures.

Therefore I want to use Ansys simulations. 

 

Does anyone have further knowledge about this topic and can give me tips about literature which is good to have?

 

cheers,

Martin

Research Scientist at TU Bergakademie Freiberg

Submitted by Sebastien Groh on

A research scientist position is available at TU Bergakademie Freiberg in the area of computational modeling of dislocation properties using either molecular dynamics, discrete dislocations or crystal plasticity. The research of the group focuses on dislocation properties at both the nanoscale and the microscale. The successful candidate should have a strong background in numerical modeling with demonstrated capability of innovative and independent research.