ls dyna
Hello,
Please explain how to conclude a material failure in CAE. The von mises stress what i am getting is is 0.8GPA
Hello,
Please explain how to conclude a material failure in CAE. The von mises stress what i am getting is is 0.8GPA
New experiments on cracking and corrosion of steel in concrete performed by the M3C4 team. More details at http://microlab-m3c4.blogspot.nl/
Cheers!
I am new in this forum.I am trying to model Fibre reinfored Polymer
fracture in ABAQUS . But, In website I could not find any example for
that.I have done fracture model for isotropic material such as
Alluminium using Contour Integral.But, for this FRP I am being unable to
model it.What should be my consideration (different from isotropic)
using this contour integral.I want a tensile matrix cracking or
matrix-fibre interface cracking or fibre cracking. Please help me in
this regard.
Hi,
I'm trying to do simulation of a standard shear test of a composite specimen. Hence I'm using the composite layup to create the section of my specimen. But I'm getting the following error no matter what i do. I have even tried the following tutorial but still I'm getting the same error. The link to the tutorial - https://sites.google.com/site/abaqus2010/tutorial_1/tutorial_1-3c.
I'm stuck here. Any help would be appreciated. Thanks in advance :)
question:
if we have dead load and live load in our modellinng and use riks step and we enter the dead load just through the densite....after the analysis ,which load must be multiply to LPF ?
Dear All,
Currently I am working on the fracture property in layered material and I am focusing on the situation when crack is perpendicular to
interface. I have read the paper by Dr. Hutchinson and Dr. Suo. If you know any paper that is focusing on the crack perpendicular to the
interface, please tell me.
Thanks and Regards,
Ding
Hey there, I am the newbie in Ansys Modelling, and right now I have to model of 3D RC beam reinforcing by GFRP bars.
Anyone here that can give advice or placing any beneficial link to me to refer.
Thank you so much guys.
Regards
In this paper we obtain the residual stress field of a nonlinear elastic solid with a spherically-symmetric distribution of point defects. To our best knowledge, this is the first nonlinear solution for point defects since the linear solution of Love in the 1920s.
A new postdoctoral position in the mechanics of glassy/amorphous materials is
available at the Weizmann Institute of Science. The project will focus on
strongly non-linear phenomena such as cavitation, shear-banding and fracture,
with applications to Bulk Metallic Glasses, and will involve advanced