Proceedings of the Royal Society of London A Mathematical and Physical Sciences · 1963 · 291 citations · 1 references
Natural SciencesPhysicsComputational MechanicsDifferential EquationsTheoretical PhysicsBoundary ConditionsBoundary-value ProblemsElasticity TheoryIntegral Equation FormulationsIntegral EquationsNumerical Methods For Differential EquationsBoundary Integral EquationsFredholm Integral EquationsFredholm OperatorsFredholm TheoryNonlinear Boundary-value ProblemsPotential Theory
Abstract This paper makes a short study of Fredholm integral equations related to potential theory and elasticity, with a view to preparing the ground for their exploitation in the numerical solution of difficult boundary-value problems. Attention is drawn to the advantages of Fredholm ’s first equation and of Green’s boundary formula. The latter plays a fundamental and hitherto unrecognized role in the integral equation formula of biharm onic problems.
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<i>The Hypercircle in Mathematical Physics</i>
J. L. Synge, Werner C. Rheinboldt · Physics Today · 1957 · 328 citations