I am doing spur gear contact simulation on abaqus when I do this driver gear rotate but driven gear not rotate as I observed in results.
So is there mistake in interaction module or constraint or boundary conditions?
I also followed instructions which were given to member " zeke2282".
The Mechanical Engineering and Mechanics Department at Drexel University is seeking to fill multiple tenure-track faculty positions starting fall of 2013. Priority will be given to candidates with expertise in one or more of the following areas:
1. Computational Solid Mechanics: Specific areas include, but are not limited to, emerging computational methods with emphasis on sub-continuum scale simulations and high performance computing for multiscale mechanics of novel materials.
hello
I identified a set of parameters of the Gurson model. How to use these parameters to simulate the propagation of a crack in a CT specimen?. In another way how to simulate the propagation of a crack with the GTN model?
thanks!
Plrase help me for this case
e-mail: m_hadjmiloud [at] yahoo.fr
Does anyone know how to do a loop for a step in abaqus
i am having problemswhile creating these loop for doing wear analysis
Dear colleagues,
You are cordially invited to submit an abstract to Track 10-23 on “Mechanics of Electrochemical Energy Storage Materials” at the ASME IMECE 2013, to be held Nov. 15-21, 2013, in San Diego, CA.
Sir/Madam,
Could you tell me how can we viosualize the temperature versus time diagram for more than two or more temperature variation on same axis on Abaqus?Please help me.
Thank you.
Regards,
Dipak
This paper is studied constitutive modeling of SMAs, that have some new features. Also some multiaxial loadings on SMAs are investigated experimentally.
Dear all,
Two fundamental concepts from thermodynamics are that systems try to minimise their potential energy, whereas the tendency is to maximise the entropy (ofcourse I am not at all precise in the above statement, but I hope I am able to convey the matter. Further, the two can be combined in the form of a free enrgy as applicable to the system under consideration).
