Dear all,
I am searching for the following book:
"Some basic problems of the mathematical theory of elasticity" by Nikolai Ivanovich Muskhelishvili.
If somebody has a softcopy I would appreciate it if he sent it to me. If someone has a hardcopy and can lend it to me for a few days, I would be grateful...
Thanks in advance,
George Papazafeiropoulos
Hi,
I am facing problem in finding the analytical exact buckling mode shapes for ring. I have already found buckled shapes through ABAQUS, and now I am trying to find the buckled shape through some analytical equation. If anybody has some idea about it, so please let me know. Can it posible to get the exact analytical equation for buckled shape of ring which approximate match with ABAQUS result.
Anish Kumar
M.Tech. (Solid Mechanics and Design)
Mechanical engineering department
IIT Kanpur, India.
We impose uniform electric fields both parallel and normal to 180^o ferroelectric domain walls in PbTiO3 and obtain the equilibrium structures using the method of anharmonic lattice statics. In addition to Ti-centered and Pb-centered perfect domain walls, we also consider Ti-centered domain walls with oxygen vacancies. We observe that electric field can increase the thickness of the domain wall considerably. We also observe that increasing the magnitude of electric field we reach a critical electric field E^c; for E > E^c there is no local equilibrium configuration.
Hi All,
I am doing a problem on mechanics and find that the answers are not matching (mine are coming .0085 and .002 inch).I am attaching the question and the answer herewith.
I presume that bending effect is not to be taken into consideration as otherwise the dimensions of the beam would have been furnished.I tried both direct stiffness and virtual work methods and didn't get the required answer.
Can anybody validate the same.I restrain myself using FEA analysis fo it as it would have taken thet bending effect also.
Thanks and Best Regards
Our group has two research openings for people with expertise on mechanism design / dynamic and vibration analysis of actuators cater to 10 Tbits/square inch hard disk drives. Please send your cv to me at mpeleehp [at] nus.edu.sg (mpeleehp[at]nus[dot]edu[dot]sg) or Prof Ong CJ at mpeongcj [at] nus.edu.sg (mpeongcj[at]nus[dot]edu[dot]sg).
The abstract of the paper is as follows (to appear in International Journal of Mechanical Engineering Education)
A dynamic force-field analogy for analyzing organizational change is presented. Instead of
just analyzing the driving and restraining forces in the traditional force-field analysis, which is similar to
the static analysis in solid mechanics, the forces opposing change can be modeled in terms of viscous
or frictional forces that may be encountered. Some analogies between organizational change and the
Somebody have the Michell's work about structural optimization??: The limits of economy of material in frame-structures. Please. I need it....if you can send it to me...please contact me. Thanks
