The objective in this paper is to present some theoretical insight and
valuable numerical experiences for the analysis of contact problems.
We review the theoretical basis of the constraint function method for
general contact problems and discuss some important characteristics of
the method. In the presentation, we consider static and dynamic condi
tions. We then give numerical experiences with the method through the
solution of some demonstrative test problems and through the results o
btained in some industrial analysis cases. (C) 1997 Elsevier Science L
td.