Matrix
of course A*B is C={14;32;50}.
My question how can I get the matrix A if I have B and C ?
Does anyone who has previously worked on MSC Marc worked with the concept of element activation and deactivation...?
I need to do a simulation wherein a hole is required to be punched in an alloy steel bar.
The issue is that I am not sure as to how to go about this.
If there is anyone who can guide me through this ..I would appreciate it..!!
Regards,
Krunal.
Hi Expert,
I'm a newer of Abaqus. I was trying to compute a simple compression problem using Mohr-Coulomb model. I found the slope of stress-strain curve from the results is double of that defined in the input file. I don't know what's cause it or my understand of the slope is wrong.
Only one 8 node C3D8 element is involved. To simplify the question, let the friction angle be 0, it reduces to a Tresca model actually. The material is defined as:
I hope that the mecanicians can help me to solve my problem.
Is there any possibility to match the frequences of the physical model to the mesurement data?
I am looking for a source which has a good explanation of the pill box argument to prove continuity of the traction vector. If you know of such a source (url, book etc) please let me know.
Thanks,
-Nachiket
My name is Georges Ayoub; I am looking for a postdoctoral research position in mechanical and material engineering in the field of the polymer science, polymer behaviour and fatigue.
I am presently preparing my last year of PHD at Lille1 university (north France) and ill defence my thesis in September 2010. I am very motivated to start a Postdoctoral position, at the end of my thesis, in a Anglo-Saxon country.
Dear Friends
Does anybody know how can I add following boundary condition in Fluent software for outlet of an internal flow ? Is there any easy way without needing UDF or etc.
Where p is pressure, Re is Reynolds number and vn is the velocoty component normal to the outlet section.
PLZ.......
Hi, I'm Pietro, a short term Italian incoming student at VT (virginia tech).
My advisor, in order to start my thesis there about skin friction coefficients in a scramjet combustion chamber, gave me a Modal analysis to do on a gage described as follow:
a cantilever beam (1mm diameter and 3cm long cylindrical shape) with 1mm depth and 1cm diameter cylindrical flat "hat" attached upon.
Base constraints: zero displacements, zero rotation
| R13239 | |
Posting Date |
7/2/2010 |
Expiration Date |
7/16/2010 |
Job Category |
Engineering/Technical |
Job Title |