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Full Description
This book shows how mathematicians who solve rigorously complicated nonlinear problems can help the engineer and physicist use solition theory in their experimental work. The author demonstrates how formal mathematical statements can be used to plan and perform contemporary physical experiments oriented to applications. The new edition contains several new chapters or chapter sections including Nonlinear Guided Waves in Laminates, Experiments in Strain Solitons in Laminated Wave Guides and Strain Solitons in a Thin Shell.
Contents
Nonlinear waves in elastic solids. A mathematical description of the general deformation wave problem. Nonlinear guided waves in laminates. Direct methods and formal solutions. Nonlinear strain waves in elastic wave guides. Nonlinear waves in complex wave guides. Experiments in strain solitons in laminated wave guides. Numerical simulation of the solitary waves in solids. Conclusive remarks and tentative applications. Bibliography. Appendix. Index.