Position: Director of institute in Computational Mechanics
Position: Director of institute
in Computational Mechanics
Job description
Position: Director of institute
in Computational Mechanics
Job description
Dear All
Some one told me to define node-based-surface or element-based surface during defining General Contact in large deformation simulation. I tried my best to figure out how to do it. But i cudn't. I just know it can be done by editing the .inp file by making an element set. and making a surface from that element set.
Is there there anybody who have done it before?? It will be great help if you can explain me how to do it.
thanks in advance.
Dear Colleagues,
As part of the 50th Annual Technical meeting of the Society of Engineering Science (SES 2012)/ASME-AMD Summer Meeting to be held in Brown University on July 28-31, 2013, it is our pleasure to invite you to submit an abstract to the Symposium “Material Design and Biomimetic Material Concepts”.
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Computational Biomechanics for Medicine VIII:
Hi everyone,
I am trying to run simulation of lithiation in anode material used for li-ion battery. To encounter for plastcity; it needs UMAT subroutine.
Can anyone help meto make this subroutine (as I am not good in programming :()
..?
Thanks
Me,being a novice in abaqus,could anyone tell me how to do a volume meshing in abaqus???Also,how to link a centre node to surface nodes in order to apply boundary conditions to centre node???
I am working on topic ' Finite Element Analysis of laminated composite smart stiffened plate'. I am not getting proper proper mathematical formulation for using in coding for MATLAB program.
Hi, All: I am working on a fluid structure interaction problem with Smoothed Particle Hydrodynamics (SPH) method in Abaqus. My solid is a deformable structure. I would like to know the pressure on the surface of structure where solid and fluid (particles) contact with each other. I wonder how could I output this vailable from the SPH model in Abaqus. Thanks a lot in advance for any help!
3-D
reconstruction of Halloysite nanotube (HNT) polypropylene composite has
been performed using two different methods. In the first method,
several slices of the composite material were obtained using focused ion
beam (FIB), and scanning electron microscopy (SEM). A representative
volume element (RVE) of the real material’s micro/nanostructures was