Abstract

We show in this letter that the perturbed Burgers equation ut=2uux+uxx+ε(3α1u2ux+3α2uuxx+3α3ux2+α4uxxx)u_t = 2uu_x + u_{xx} + ε( 3 α_1 u^2 u_x + 3α_2 uu_{xx} + 3α_3 u_x^2 + α_4 u_{xxx} ) is equivalent, through a near-identity transformation and up to order ε, to a linearizable equation if the condition 3α1−3α3−3/2α2+3/2α4=03α_1 - 3α_3 - 3/2 α_2 + 3/2 α_4 = 0 is satisfied. In the case this condition is not fulfilled, a normal form for the equation under consideration is given. Then, to illustrate our results, we make a linearizability analysis of the equations governing the dynamics of a one-dimensional gas.

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