The proof of
Saint-Venant's Principle for curved bars is discussed and the formulation of
Modified Saint-Venant's Principle of the problem is established. The study
shows that Saint-Venant's decay of stresses is valid only for the curved bars
which are “effectively infinite”. It is essential and significant to develop
hello everyone.
iam devarajan.k currently pursuring M.Tech in Engineering Design in Amrita University and doing projects on hot rolling of thick plates.For FEm simulation iam using ABAQUS software. After material rolled, i want to quench that material into water or some other material. i dont know how to do this in abaqus. please guide me if any one know this. please
With Regards
Devarajan.K
US Person, MS or Ph.D
Solid Mechanics and composite material Background
Familiar with ABAQUS and CATIA
Industry experience preferred
Send email to zhangj7 [at] yahoo.com (zhangj7[at]yahoo[dot]com)
Hi,
I have a quastion about criteria for geometry nonlinear analysis.
I modeled a piezoelectric bimorph cantilever beam as the attached file linearly. I calculated the end free point of the beam displacement through this model.
A new post-doctoral position is open for conducting cross-disciplinary basic research in the theory of heterogeneous structural materials. Candidates are sought with strong background in statistics or statistical mechanics, probability theory, and mechanics. A Ph.D. in Mathematics, Physics, or Engineering might be appropriate.
Hi there,
I have been trying to model fracture toughness test in abaqus but unfortunately I am faced with difficulties of how to apply the tensile loading on the compact tension model's pin holes. Most papers I have come across show only pressure being applied on the flat upper most edge of the test specimen instead of the pin holes. Please could there be someone out there who could show me how to apply this tensile loading right on the holes?
Thanks in advance.
Dear Friends:
I would like to encourage you to consider submitting papers to Mathematics and Mechanics of Solids. The focus of this journal is on applications of mathematical techniques to solid mechanics problems. You can find more information in the following link: http://mms.sagepub.com/
Please feel free to contact me (arash.yavari [at] ce.gatech.edu) if you have any questions regarding this journal.
Regards,
Minisymposium on Fracture and Contact Mechanics for Interface Problems
Organizers: Marco Paggi, Alberto Carpinteri, Peter Wriggers
Contact person: Marco Paggi (marco.paggi [at] polito.it)
A postdoctoral position is available immediately at the Department of Biomedical Engineering, Johns Hopkins University for work on a project simulating cardiac mechanics in normal and failing hearts. A PhD in Mechanical or Biomedical Engineering or related field is required. The candidate is required to have strong expertise in modeling soft tissue mechanics. The successful candidate is expected to be able to develop code to simulate the contraction of the heart as well as to conduct simulation research on abnormalities in cardiac contraction. Send inquiries to Dr. N.
