Volume 7, Number 3, December 2006, pp. 315-324
Khalid Addi, Samir Adly, Daniel Goeleven, and Michel Théra
Key words:
Complementarity Problems; Frictional contact problems, Rolling contact, Boundary Element Method, Mathematical programming
Mathematices Subject Classification: 49J35, 35P30, 58E05
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Abstract:
A simple approach and an algorithm are proposed to solve the qua-sistatic rolling frictional contact problem between an elastic cylinder and a flat trigid body. The discretization is based on the boundary element method. The unilateral frictional contact problem (nonsmooth but monotone) is formulated in a compact form as a nonsymmetric linear complementarity problem which is solved using Lemke's algorithm.
A nonsymmetric linear complementarity problem to solve a quasistatic rolling frictional contact problem