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Stress calculation after simulation

Submitted by Abhinav Tripathi on

I am working on reinforced fiber composites, after modelling the unit cell(R.V.E) of the composite various boundary conditions are applied. After this result is obtained. The results are element(elements produced after meshing)-oriented. I want the stress as a whole on the whole unit cell. I have tried measuring the forces on the faces by taking the cumalative of nodal forces on each face. However, the common edges creates a problem. Can you suggest any other methos of calculating the stress on whole body.

Fracture mechanics-Compact tensile specimen

Submitted by shashikant_joshi on

The assignment:Determination of crack propogation direction for CT specimen using different theories such as MTS,MTPS,Del-criteria,T-criteria,Ip theory

using ansys multiphysics

 

1) What are the boundry condition to be used for above criteria

2) How to take care of mixed mode loading

A PhD opprotunity in CEE @ UIUC

Submitted by Ahmed Elbanna on

A PhD opportunity in the field of computational and applied mechanics is available in the department of Civil and Environmental engineering at the University of Illinois at Urbana-Champaign.

Qualifying candidates must have a strong background in mechanics and mathematics. Familiarity with scientific computing in one of the widely used programming languages (e.g. Fortran, C++ or Python)is required.

how to extract the story mass and story displacement in Abaqus?

Submitted by meshee on

hello, everybody 



    I've made a 3D multi-story frame and shear-wall model in Abaqus. So far, I wanna get the equivalent story mass, story stiffness and story modal displacement. how to extract the story mass and story displacement in Abaqus?   or how to make an equivalent multi-mass point system from original 3D multi-story model? 



Thanks in advance 



Best Regards, 

Shelton 

Postdoctoral Research Associate in Granular Materials under Impact at University of Sydney

Submitted by Luming Shen on

An exciting new research position for a Postdoctoral Research Associate is
now available in a project funded by the Australian Research Council, led by Professor Itai
Einav
and Dr Luming
Shen
. The project is to study fragmentation waves in granular materials,
applicable in geosciences, and in engineering problems of material mining,
petroleum processes, and pharmaceutical operations.