Blog posts
2 Post Doctoral/Research Associate Positions in Computational Polymer Sc at the Indian Inst of Technology Kanpur
Applications are invited for two
postdoctoral research associate positions for
a project funded by the Boeing Co., USA, which is being executed jointly by the
Mechanical Engineering and Chemistry Departments of Indian Institute of
Technology Kanpur. The project involves performing extensive large scale
ab-initio and Molecular Dynamic computations on certain high performance polymers
with a view to understanding their mechanical properties. The research groups
involved in the project have excellent computational facilities for carrying
out these computations. Moreover, both groups have extensive research
Varying Yield Strength through depth in Abaqus
Hi,
I am trying to create a material model in Abaqus such that I have a varying yield strength through the depth (y-coordinate). I want a model which has maximum yield strength at the top surface and gradually goes on decreasing with y-coordinate. Is there a way to do this? Any help/insight would be greatly appreciated. Thank you.
Regards,
Deepak Patil
A postdoctoral position available at Nanyang Technological University (Singapore) in computational mechanics
A postdoctoral position available at Nanyang Technological University (Singapore) in computational mechanics, specified in the area of soft matter, cell in microfluidics, numerical method, or micromechanics.
Please drop your CV to lihua [at] ntu.edu.sg (lihua[at]ntu[dot]edu[dot]sg), if you are interested in it. Thank you.
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UEL subroutine for a Heat Transfer and inner generation
Hi everyone,
I am trying to solve a problema of heat transfer in which
there is an inner heat generation (Q). I know that Abaqus has a subroutine
called HETVAL in which this procedure is very easy to implement, but for other
porpuses later on I need to do using a UEL subroutine.
how to apply traction vectors on each node of the model?
Dear All,
I was wondering if someone experienced could reply me. I've already
analyzed a model and extracted the nodal stress tensors. Now the aim is
identifying the external model nodes and its corresponding stress
tensors and then re-apply them as a new Boundary Condition. Firstly, it
seems that I need to multiply these stress tensors (which vary node by
node) by a normal vector resulting traction vectors. But, here is the
question, how should I define these traction vectors on external nodes
Assistant/Associate professor position at Ecole Polytechnique de Montréal in the mechanics of composites
École Polytechnique is recruiting a professor in the field of analysis of composites structures. See the add here (bilingual):
http://www.polymtl.ca/rensgen/offresemp/o.php?NoOffre=1221
How 2D Finite element metal cutting simulation will help to find out surface rouness??
Hi all Metal cutting experts...
I have done done 2D finite element metal cutting simulation and validated with experimental force value. as we know.. from 2D FEM simulation, we can get only force data, stress-strain, temperature and somehow chip morphology. Can anyone kindly tell me how will this 2D simulation help me to link with surface roughness of the machined surface.
I will be very gratefull to you all....
thanks in advance...
regards...
Borad
India
