By Kirchner E., Reese St., Wriggers P.
A two-dimensional finite aspect technique is constructed for big deformation plasticity. crucial axes are used for the outline of the fabric behaviour, and using important logarithmic stretches ends up in detailed formulae for finite deformation issues of huge elastic and plastic lines. a good go back mapping set of rules and the corresponding constant tangent are derived and utilized to airplane pressure difficulties. examples express the functionality of the proposed formula.
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Extra resources for A Finite Element Method for Plane Stress Problems with Large Elastic and Plastic Deformations
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A19] Honorary Member, International Statistical Institute, Netherlands, 1992. [A20] Member, National Academy of Sciences, April 1993. [A21] Member, American Academy of Arts and Sciences, March 1994. [A22] B. Bolzano Gold Medal for Merit in the Field of Mathematical Sciences, Academy of Sciences of the Czech Republic, March 1994. [A23] Honorary Degree, University of Umea, Sweden, September 1995. [A24] Honorary Degree, Australian National University, 1996. [A25] Honorary Degree, Rostov State University, Rostov, Russia, May 2002.
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A Finite Element Method for Plane Stress Problems with Large Elastic and Plastic Deformations by Kirchner E., Reese St., Wriggers P.