Dear all,
Recently I got something info from my colleagues about Carbon Fiber. Now more and more this kind material is using in Aerospace, and it has a very nice future.
As it's very abrasive when cutting it, so there's lots of problems for machining.
So, could you anyone give me some info about this material? or where can I go for it?
thanks a lot
Hi,
I am modeling a deep drawing process in ABAQUS, but i don't know how to difine pressure-overclosure and what it's effect is.Please guide me,thanks.
Dr. Jun Lou and Dr. Junlan Wang are co-editing a special issue on Nanomechanics and Nanostructured Multifunctional Materials: Experiments, Theories, and Simulations for Journal of Nanomaterials, an open access journal. Papers on latest developments on all aspects of nanomechanics and nanostructured materials are welcome. Deadline for manuscript submission is September 01, 2007.
For more details, please check JNM website
How we can examine the equilibrium state of a Isothermal molecular system..
I am doing a code for MD with scaling the velocities to keep the temp. constant..so here with that energy is not conserved..so wat is the measure to fix the number of time steps to stop the run at equilibrium state..
Hi , I am a working on a project of Continuum Damage mechanics in Composite . But I do not have much idea about Damage mechanics . I am getting lot of diffculites to understand this topic .
So please anyone let me know any basic literature, lecture notes where I can find all basic information about Damage mechanics .
Thanks in Advance,
Regards.
Apply for NSF fellowships to attend 1-week long workshop on cell mechanics, July 31-Aug 3, 2007.
Check out www.ccm.uiuc.edu
Apply for NSF fellowships to attend 1-week long workshop on cell mechanics, July 31-Aug 3, 2007.
Check out www.ccm.uiuc.edu
The Institute of High
Performance Computing (IHPC), a member of the Agency for Science,
Technology and Research (A*STAR) in Singapore, invites applications for
eight available positions for research scientists in the field of
theoretical and computational mechanics and materials science. These
positions are in conjunction with the A*STAR-sponsored Visiting
Investigatorship Program (VIP) led by Prof. Huajian Gao from Brown University who is the Principle Investigator.
Depolarization field and misfit strain are two important factors that may greatly influence the properties of ferroelectric thin films. The effect of depolarization field on polarization states of single-domain ferroelectric thin films with nonequally biaxial in-plane misfit strains are studied in the present work by numerically solving three coupled Euler-Lagrange equations, which are derived from the minimization of total free energy.
