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Full scholarships available at European Commission funded workshop on physically based material modeling

Submitted by Tuncay Yalcinkaya on

European Commission' s JRC (Joint Research Centre) is organizing a workshop on physics based modeling of material properties and experimental observations in collaboration with METU (Middle East Technical University). The workshop will be held in Ankara on 22-23 October 2012.

The Workshop will include lectures by keynote speakers: W. Curtin, F. Dunne, L. Malerba, J-F Molinari, A. Needleman and B. Svendsen, and presentations by participants (oral or posters).

Shape Memory Polymer FEM Ansys

Submitted by Michel on

Hello everyone,

I hope to find an answer to my problem in this forum.

I'm working on the finite element model of a SMP in order to predict the recovery shape after heating. I'm in trouble about the material properties of this kind of polymer. I run tensile stress test, DMA and TMA in order to characterise the material. However I didn't succeed to write the good command in Ansys to get a shape memory effect.

Does anyone of you has knowledges about SMP ?

 

Thank you very much,

Michel

Experimental Micromechanics for Geomaterials

Submitted by Jean-Michel Pereira on

A joint workshop of the ISSMGE TC101-TC105: Experimental
Micromechanics for Geomaterials
will be held on 23rd-24th May
2013 at The University of Hong Kong.



Abstracts are now invited, until the 1st October 2012. They should
be 200-300 words in length, written in English, and show relevance
to the theme of the workshop. Abstracts should be sent to Ms Bridget
Lam. Email: owlam [at] hku.hk (owlam[at]hku[dot]hk) (subject: EXP MICRO 2013)

Question on Local Max-Entropy shape functions and their derivatives at corner particle

Submitted by sivaprasad.avs on

I am using Smoothed Particle Hydrodynamics (SPH) with dual particle
approach (please look at the figures in the .ppt file I have attached) to simulate High
Velocity impact phenomena.

The shape function values being 1 at the corner particle and zero at the other particles makes the Jacobian to evaluate the gradients of shape function inconvenient (the jacobian becomes a zero matrix). 

The slides explain my problem more clearly.

Kindly go through them and help me.