Barenblatt's paper
I attach Barenblatt's paper which is difficult to access. The paper includes a milestone idea of the cohesive surface that allows us to get rid of unphysical singularities in the older formulations of fracture mechanics.
I attach Barenblatt's paper which is difficult to access. The paper includes a milestone idea of the cohesive surface that allows us to get rid of unphysical singularities in the older formulations of fracture mechanics.
Application for travel fellowship is now solicited for US postdocotoral scholars and graduate students to participate 8th International Workshop on Piezoresponse Force Microscopy and Nanoscale Electromechanics of Polar Materials, to be held in Beijing, China, August 25-27, 2010. Detailed information on the workshop can be found at http://www.ustb.edu.cn/materials/files/pfm/index.html.
hi all,
In coupled field analysis, the first step is to do thermal analysis, then these thermal results will be imported to structural analysis then the couled analysis is carried out.
My question is,
for example if the body is subjected to 300deg C. The thermal analysis is carried out with 300deg C.
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Hi all
I want to know about Geometric Stiffness Matrix. When we calculate the stiffness of a body when the body is deformed then the stiffness called geometric stiffness. I have refered few books but I could not get the satisfactory details. I want to find the geometric stiffness of a fluid. I dont have any idea about geometric stiffnes. Any reference for this? Any article which explains this?
Sreenivas
Hi All,
I am into machining simulation of 50CrMo4 Steel in DEFORM 3D and I need the flow stress curve data for various temperature and various strain rates. I have searched in as many journals as possible, but in vain. It would be of immense help if some one could share the material model data with me.
Thanking you in advance
With Best Regards
Ashwin Devotta
ashwin.devotta [at] gmail.com
For a crack in an elastic body subject to a load, the elastic energy stored in the body is a function of two independent variables: the displacement of the load, and the area of the crack. The energy release rate is defined by the partial derivative of the elastic energy of the body with respect to the area of the crack.
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