Hi,
I am looking for a code that generates a 2D mesh with higher order p (say p= 5, 6, ..) for plate with a hole problem (or) flow over cylinder.
If any one has any info that would be great !!
Regards,
Venkat
Professor Wolfgang Knauss, of the California Institute of Technology, is selected to receive the 2010 Timoshenko Medal.
The Micromechanics of Interfaces
Chair:
Xanthippi Markenscoff
University of California
San Diego
Phanish Suryanarayana, from the California Institute of Technology, is the 2010 Melosh Medalist for the Best Student Paper in Finite Element Analysis. Phanish won for his paper titled "Non-periodic Finite-Element and Mesh-Free Formulation of Kohn-Sham Density Functional Theory". He presented the paper on Friday, April 30, 2010, on the campus of Duke University.
Please join me in congratulating Phanish!
Hi
I am doing a simulation using Ansys . I use finite element plane 183 with the generalized plane strain option. The problem is that i am doing something wrong and this option dosn't work .Does anybody knows where i can find an example using generalized plane strain option .I have read the mannual and the example 38 in verification mannual but it did not helped
Professor Nicolas Triantafyllidis, of Ecole Polytechnique and the University of Michigan, is selected to receive the 2010 Warner T. Koiter Medal.
Professor Rohan Abeyaratne, of Massachusetts Institute of Technology, is selected to receive the 2010 Daniel C. Drucker Medal.
I've got interested, since I am going with about 10 of my students to Paris for the Euromech conference I am coorganizing in July, by the design of the Eiffel Tower. Eiffel was a great engineer, and indeed his shape of the tower apparently comes from his ingenious idea of balancing weigth and wind pressure so that there is little need of foundations. WIKIPEDIA has an account of this design idea, and the resulting integro-differential equation.
Encouraged by its current and prospective customers, Ebatco’s Nano Analysis and Testing Laboratory (NAT Lab) has expanded its nano/micro scale analytical and measurement capabilities significantly. More than ever before, customers can gain insights and comprehension of what is going on and why it has happened at the nano/micro scale.
Since ABAQUS 6.8, a new feature has been added to the combined hardening material input.
Let's assume a combined Kinematic and Isotropic hardening case, such as those happen in metals.
"Half cycle" uni-axial test results has been utilized to model the yield stress-plastic strain behavior as well as the Kinematic behavior of the metals.
In the same user interface, there is an option to choose the number of back stresses.
Is the number of 1 back stress is equivalen to the case of linear kinematic hardening (Ziegler's)?
