In order to try and get some of the vast store of engineering information we're sitting on out to a wider audience we've created a number of occasional subject guides for engineers and students. The aim is to highlight sources of information available from our Library and the Institution itself.
You can see an example of one of these (for the aerospace industry) here, from which you can browse to a whole host of others.
Dear guys!
I've a qustion about system of units in abaqus!
I thought that the system of units in a model must be the same but in abaqus example "stiffened plate under the blast load" in define the material the density defined in "kg/m^3" but other properties defined in "Pa"!
Is that true? if yes why?
Regards
Meisam M.
Dear Friends!
I'm Student of civil engineering in master's degree and I wanna model the plastic behavior of concrete under the blast load!
Now I need the plastic propertis of concrete!
If anyone of you have any information or any *.py file about the above topic please help me!
Hope for your help!
Regards
Meisam M.
Dear Friends!
I'm Student of civil engineering in master's degree and I wanna model the plastic behavior of concrete under the blast load!
Now I need the plastic propertis of concrete!
If anyone of you have any information or any *.py file about the above topic please help me!
Hope for your help!
Regards
Meisam M.
Call for Papers on Education in Mechanics
22nd International Congress on Theoretical and Applied Mechanics (ICTAM 2008)
Adelaide, Australia, August 24 – 30, 2008
Please download and read the following materials.
1-1 ABAQUS tutorial for ES 240.pdf
1-2 Learning ABAQUS.pdf
1-3 CAE Example.pdf
I have advance vibration this term and one of our research homework is to find all solutions that have been presented for parabolic forth order PDE. I am looking for some reference for it. Is there anybody know about it?
resonance (natural) frequency of a cantilever beam is given by
f=[kn/2pi][sqrt(EI/wL^4)] where, kn=3.52 for mode 1, E is Young's modulus, I is moment of Inertia, w is beam width, L is beam length. (this is from Formulas for Stress and Strain, 5th edition by Raymond J. Roark and Warren C. Young).
I would like to derive this formula. Can any one suugest me any book or any link?
