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CISM Course: Advanced and Bio-Inspired Nanomechanics

Submitted by Huajian Gao on

Hi all,

There will be a 5 day - course on Advanced and Bio-Inspired Nanomechanics at CISM Udine, Italy.

http://www.cism.it/courses/C1107/

http://media.cism.it/courses%2FC1107%2FPugno4___.pdf

- HG





PS. Original flyer on CISM website:

Advanced and Bio-Inspired Nanomechanics

July 18, 2011 — July 22, 2011

Coordinator:

Linear and non-linear buckling

Submitted by ramdas chennamsetti on

Hi all,

When we do a non-linear buckling analysis, initially we introduce some imperfections (mode shapes of mode 1, 2 etc) from eigen buckling analysis. Then we multiply the load with eigenvalue of the first mode. This load is applied on the structure having imperfections. Now put on non-linear geometric option and run the analysis. At bifurcation point we get non-linear buckling load. Non-linear buckling load comes close to eigen buckling value.

Decription of my problem is as follows. 

DNAD, a simple tool for automatic differentiation

Submitted by Wenbin Yu on

All,

I am writing to introduce DNAD, a Fortran module I wrote for automatic differentiation of analysis codes written in Fortran including those legacy codes written in Fortran 77. Although only implementation using Fortran 90/95 was carried out, it is straightward to translate it to a language you like such as c/c++.