BACKWARD CONSTRAINTS METHOD USING SUCCESSIVE RELAXATION APPLIED TO PARTIAL DIFFERENTIAL EQUATIONS
Mumtaz Khan, Shah Jehan, Dagny Butler
Abstract
Mumtaz Khan, Shah Jehan, Dagny Butler
Abstract
This paper deals with the problem of obtaining numerical approximation to solutions of a system of partial differential equations by backward constraints using successive relaxation. We have shown that the backward constraints method is stable and highly accurate for a method of lines solution of model linear partial differential equations.
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This paper deals with the problem of obtaining numerical approximation to solutions of a system of partial differential equations by backward constraints using successive relaxation. We have shown that the backward constraints method is stable and highly accurate for a method of lines solution of model linear partial differential equations.
Key concepts: Numerical partial differential equations, Relaxation (psychology), Exponential integrator, Mathematics, Partial differential equation, Method of characteristics, First-order partial differential equation, Stochastic partial differential equation