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While doing the modal/seismic/static analysis using ansys for an assembly is it necessary to give the element connectivity to each and every part.
I am searching for a tutorial or a book which looks into molecular
dynamics method from a Solid Mechanics point of view. All I can find are
the books written for biophysicists or chemistry. I can find lot of
examples on fluids, biomolecules or polymers but none of them are on
simple solids or metals.
Can anyone suggests me a book or a tutorial which can get me ready to
write a program to simulate a simple tensile test of a metal wire (FCC
Al or some simple crystal).
I am searching for a tutorial or a book which looks into molecular dynamics method from a Solid Mechanics point of view. All I can find are the books written for biophysicists or chemistry. I can find lot of examples on fluids, biomolecules or polymers but none of them are on simple solids or metals.
Can anyone suggests me a book or a tutorial which can get me ready to write a program to simulate a simple tensile test of a metal wire (FCC Al or some simple crystal).
Hi,
I'm stucking with my subroutine. May ask anybody to have a look the the file.
I run a simple model that and try to run it,but an error message was appeared as below; ***ERROR: USER SUBROUTINE UEL MISSING
I don't know what is the problem. I did locate the input (.inp) and user (.f) in the same folder and run it (abaqus job=.... user= ...ff int )
Hope to get help from anybody...
Aida
Dear sir
I am Ravi dalmeya doing Phd from Indian Institute of Technology,Kanpur (India). I am doing work on adhesive elastic wavy thin film. I have completed 2-D Hertzian contact between cylinder and elastic half space using Abaqus. Now i want to apply Dugdale-Barenblatt cohesive zone model outside the contact zone and i do not know how to apply Dugdale-Barenblatt cohesive zone model outside the contact zone.Can you give me some suggestion?
Thanking you
Ravi dalmeya
dear my friends:
I am a new one in the fatigue crack study. as we all konw, there is a crack resistant near the crack tip before its cracking. HRR model has been well testfied in monotanic crack, so i wonder whether it can be expanded to the cyclic crack situation or not! if yes, so how to describe the stress-strain distribution just nearby the tip? can we define a similar resistant value in the cyclic status?and is the stress redistribution concept right for the stress harden material?
any suggestions would be appreciated!
regards, Long
