2013 SIMULIA Community Conference
May 21-24, 2013
Vienna, Austria
Connect with international users at this collaborative community event.
Highlights include keynotes from BMW Group and Ethicon Surgical Care,
Inc. (a J&J company) and over 90 use-case presentations on Abaqus,
Isight, and Simulation Lifecycle Management.
Listen to what past attendees have to say.
http://bit.ly/YHl10u
Hi all,
I am using multiscale modeling in my analysis. This is what I am trying to do:
-After solving the RVE problem on microscale, I got the stress-strain relationship realated to my RVE and now I need to create a UMAT soubroutines for abaqus in order to call it at the integration points of the macro model.
Is there a possibility to create a UMAT from stress-strain curve related to a representative volume element? How can I do that? Could you please give me an hint?
Thank you very much in advance for your help
Best regards
i doing research work in Fixture layout optimization problem. in this regard i need to calculate the exciting frequncy of the milling cutter . help me to calculte the exciting frequncy of the milling cutter and how to measure the amplitude using ansys
Dear Colleague:
The 2013 summer meeting of ASME Applied Mechanics Division will be held jointly with the Society of Engineering Science at Brown University, Providence, RI, July 28-31. We are pleased to invite you to a session on Dynamic Stability of Structural Systems, under the symposium on Instability in Solids and Structures that is being organized by the AMD Technical Committee.
Dear Abaqus User,
Is there any other possible way to model connector uniaxial behavior (cyclic/hysteretic behavior) without using dynamic explicit analysis? In the manual, it is mentioned that connector uniaxial behavior can be used only with explicit analysis. I am having problem when I chose to run dynamic explicit analysis. The model runs fine with general static step (using cyclic displacement as amplitude). I just need to run quasi static analysis as there is nothing to do with inertia effect.
The ASME Multifunctional Materials Technical Committee of the Materials Division is organizing several topics related to Multifunctional Material Systems at IMECE2013 to be held in San Diego, CA, during Nov. 15-21, 2013 .
Abstract submission deadline: February 14, 2013
Authors: Amit Pandey 1, 2, Vladimir K. Tolpygo 3, Kevin J. Hemker 1
1. The Johns Hopkins University, Department of Mechanical Engineering
2. Oak Ridge National Laboratory, Materials Science and Technology Division
M. Nosonovsky & V. Mortazavi. Friction-Induced Vibrations and Self-Organization: Mechanics and Non-Equilibrium Thermodynamics of Sliding Contact (CRC Press/Taylor & Francis, 2013, forthcoming)
