Blog posts
Three year OCE Postdoctoral Fellowship in computational nanotechnology
Applications are invited for a three year OCE Postdoctoral Fellowship in computational nanotechnology, working with scientists from the Virtual Nanoscience Laboratory in the CSIRO Materials Science and Engineering division at Clayton, in Australia. The successful applicant will work be involved in predicting the material properties for optimal nanodiamond-based drug delivery systems, in collaboration with a multi-national interdisciplinary team.
How view crack patern in abaqus?
I use smeared crack for a gravity dam analysis. i get .dat file include cracked elements and crack1x crack2x crack3x, etc.
what are PT, CRACK1X, CRACK2X,CRACK3X, etc?
how i display carck patern and cracked element from .dat file?
part of .dat file:
ANSYS LS DYNA and user defined friction function
Normal
0
false
false
false
MicrosoftInternetExplorer4
Buckling of thin Cylindrical Shells
This Article is on "Paradoxical Buckling behaviour of Thin Cylindrical Shell Structure" by Prof. CR Calladine.
22nd Annual Melosh Competition at Duke University
The 22nd Annual Melosh Competition for the Best Student Paper on Finite Element Analysis will be held at Duke University on April 30, 2010. The competition has become one of the premier graduate student events in the broad area of mechanics.
Hi! I want Subroutine umat for Hypoplasticity model,Sdvini and inp.file one-element(Fortran source) for ABAQUS.
Hi everybody
At present, I am studying for master's degree for geotechnical engineering. I am
interest in subroutine umat for ABAQUS very much. Especially, subroutine umat
drained and undrained condition. I wish you, who has them or know a website to
download them. I wish you to send subroutine umat drained and undrained
Postdoctoral position at MIT on inverse problems in multiscale materials modeling
One postdoctoral position is currently available for individuals with a strong background in materials simulations—preferably atomistic methods—to develop approaches for solving inverse problems in multiscale materials modeling (i.e. determining what atomic-level structures and compositions yield desired macroscale properties, rather than predicting macroscale properties given atomic-level information). These methods will be applied to the design of radiation resistant nanocomposites in collaboration with an Energy Frontier Research Center (EFRC) at Los Alamos NL.