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Group classification of linear evolution equations

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arxiv 1605.09251 v3 pith:VVY7HG4F submitted 2016-05-30 math-ph math.APmath.MP

classification math-phmath.APmath.MP
keywords equationslinearclassclassificationevolutiongroupsolutionsalgebraic
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abstract

The group classification problem for the class of (1+1)-dimensional linear $r$th order evolution equations is solved for arbitrary values of $r>2$. It is shown that a related maximally gauged class of homogeneous linear evolution equations is uniformly semi-normalized with respect to linear superposition of solutions and hence the complete group classification can be obtained using the algebraic method. We also compute exact solutions for equations from the class under consideration using Lie reduction and its specific generalizations for linear equations.

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  1. Differential invariants for a class of diffusion equations

    math-ph 2019-09 conditional novelty 6.0 of 10

    The differential invariant algebra for the equivalence pseudogroup of ut = uxx + f(u, ux) is generated by one invariant I11 and two invariant differentiation operators.

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