Kyungpook mathematical journal · 2013 · 82 citations · 16 references
Numerical AnalysisNonlinear Functional AnalysisEngineeringVariational AnalysisEvans Function MethodEigenvalue ProblemOscillation TheoryVariational ApproachExtended \Variational MethodNonlinear EquationEvolution EquationsNonlinear Hyperbolic ProblemEvolution EquationIntegrable SystemPeriodic Travelling WaveCalculus Of VariationNumerical Method For Partial Differential EquationStability
The eigenvalue problems arise in the analysis of stability of traveling waves or rest state solutions are currently dealt with, using the Evans function method. In the literature, it had been shown that, use of this method is not straightforward even in very simple examples. Here an extended \variational method to solve the eigenvalue problem for the higher order dierential equations is suggested. The extended method is matched to the well known variational iteration method. The criteria for validity of the eigenfunc- tions and eigenvalues obtained is presented. Attention is focused to nd eigenvalue and eigenfunction solutions of the Kuramoto-Slivashinsky and (K(p,q)) equation.
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Compactons: Solitons with finite wavelength
Philip Rosenau, James M. Hyman · Physical Review Letters · 1993 · 1K citations