Finite-difference approximation of first-order partial differential-functional equations

Z. Kamont

doi:10.1007/bf01056169

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Finite-difference approximation of first-order partial differential-functional equations

Z. Kamont

Year: 1994 Journal: Ukrainian Mathematical Journal Vol: 46 (8)Pages: 1079-1092 Publisher: Springer Science+Business Media

DOI: 10.1007/bf01056169

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Keywords:

Mathematics Boundary value problem Partial differential equation Type (biology) Nonlinear system Class (philosophy) Convergence (economics) Mathematical analysis Order (exchange) Dirichlet problem Dirichlet boundary condition Applied mathematics Dirichlet distribution Differential equation Argument (complex analysis)

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Differential Equations and Numerical Methods

Physical Sciences → Mathematics → Numerical Analysis

Differential Equations and Boundary Problems

Physical Sciences → Mathematics → Applied Mathematics

Advanced Mathematical Modeling in Engineering

Physical Sciences → Computer Science → Computational Theory and Mathematics

Finite-difference approximation of first-order partial differential-functional equations

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