A survey of numerical methods for solving nonlinear integral equations

Abstract

A survey is given of numerical methods for calculating fixed points of nonlinear integral operators. The emphasis is on general methods, ones that are applicable to a wide variety of nonlinear integral equations. These methods include projection methods (Galerkin and collocation) and Nyströom methods. Some of the practical problems related to the implementation of these methods is also discussed. All of the methods considered require the solution of finite systems of nonlinear equations. A discussion is given of some recent work on iteration methods for solving these nonlinear equations. © 1992 Rocky Mountain Mathematics Consortium.