chebyshev finite difference method for a two−point boundary value problems with applications to chemical reactor theory
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abstract
in this paper, a chebyshev finite difference method has been proposed in order to solvenonlinear two-point boundary value problems for second order nonlinear differentialequations. a problem arising from chemical reactor theory is then considered. the approachconsists of reducing the problem to a set of algebraic equations. this method can be regardedas a non-uniform finite difference scheme. the method is computationally attractive andapplications are demonstrated through an illustrative example. also a comparison is madewith existing results.
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Journal title:
iranian journal of mathematical chemistryPublisher: university of kashan
ISSN 2228-6489
volume 3
issue 1 2012
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