no longer available.
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A 15 months post Doctoral position is avalaible on mechanical and numerical modeling fields. This is a join project between Univ. Paris 7 & Paris 13.
The present postdoc subject is focussed on situations in which a wetting or dewetting front is interacting with a soft, more or less deformable material.
More details in the enclosed pdf description file.
Dear Friends,
I have to know how to implement a GTN Damage model in Abaqus. Is there any Examples or Tutorials to learn this technique. Can anyone possible to solve my problem.
I trying implement this Damage model for the axisymmetric Model. I have uploaded for your reference.
Hello everyone,
I am getting a strange bug regarding CZM in ABAQUS. I have discrete joints between two copper bars in a DCB sample. I use the interaction module to model the contact in interface between the joint and copper. The contact works pretty well in some of the joints while no contact forms in some other ones especially the leading joint! It means that seperation happens immidiately after job submission. I would really appreciate if somebody can help me with this.
Thanks,
Amir
Our Group of High Performance Materials in Enviormental & Civil Engineering Department at Michigan State University has an openings for PhD positions to work on Multiscale Modeling of Soft Materials starting sSummer or Fall 2015.
Good mouring Imechanica's users, i have a question about the cohesive elements and thier embedding in a finite element mesh, i have a 2D mesh created in Matlab with the Nodes numbering and their coordinates and the elements numbering and their connectivities, all these Datas in vectors and matrices, the element type is a four noded linear quadrilateral elements, the mesh is not regular in general, i would like to embed cohesive elements between some or all elements in the mesh, mean that each element is surounded by cohesive zero thickness elements over all its four edges, so could any one
In this 1 hour webinar we will show how the new features and enhancements in TURBOdesign Suite 5.2.5 enable turbomachinery engineers to produce breakthrough high-efficiency designs faster than ever before. Two example cases will cover application of the new features to the full design process from preliminary sizing to automatic optimization.
