Singularities Analysis and Traveling Wave Solutions for Generalized Hyperlastic-Rod Wave Equation
Information and Computing Science（2012）
摘要
In the paper, a kind of generalized hyperlastic-rod wave equation is studied. First the equation is transformed into the form of planar dynamic system by a series of transformations. Then the properties of equilibrium points and the orbits corresponding to them are studied by using the bifurcation theory of planar dynamic system. What's more, topological phase portraits of the system are given. Through its first integral and combining with a new method, traveling wave solutions of the implicit form, index form and triangle function form of the equation are worked out.
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关键词
index form,traveling wave solutions,bifurcation,topological phase portraits,wave solutions,equilibrium orbits,rods (structures),triangle function form,topological phase portrait,generalized hyperlastic rod wave equation,equilibrium points,wave equations,implicit form,solutions of the index form,planar dynamic system,first integral method,equilibrium point,elasticity,generalized hyperlastic-rod wave equation,bifurcation theory,wave solution,new method,singularities analysis,integral equations,propagation,indexes
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