| Document Date: 2014-08-03 21:54:25
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Company Adelaide SA / Elsevier B.V. / / Country Australia / / Currency pence / / / Facility University of Adelaide / / IndustryTerm near-uniform solution / zero solution / near-solitary wave solution / nonautonomous dynamical systems / hyperbolic solution / uniform solution / similar near-uniform solution / symmetric solution / solitary wave solution / nonunique solutions / fundamental solitary wave solution / trivial solution / free-surface solution / wave solutions / homoclinic solutions / correct solutions / free surface solutions / theoretical solutions / nearby solution / homoclinic solution / solitary wave solutions / approximate homoclinic solution / uniform stream solution / theoretical homoclinic solutions / wedge product / free-surface solutions / near-solitary wave solutions / physical systems / parameters solution / dynamical systems / numerical solutions / hyperbolic and homoclinic solutions / numerical solution / / Organization University of Adelaide / Benjamin J. Binder School of Mathematical Sciences / Australian Research Council / / / Position Corresponding author / / Product KdV / / PublishedMedium Physica D / / URL www.elsevier.com/locate/physd / http /
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Nonautonomous analysis of steady Korteweg–de Vries waves under nonlocalised forcing