AbstractA class of time- and space-dependent parabolic equations whose induced Lie algebras are finite dimensional is considered. It is shown that those equations can be transformed into the form of the standard heat equations in an algebraic way which can be realized by a finite number of algebraic operations if the associated Lie algebra is solvable
We present an abstract framework for semilinear parabolic problems based on analytic semigroup theor...
This article concerns the basic understanding of parabolic final value problems, and a large class o...
In this paper we present a Caldern-Zygmund approach for a large class of parabolic equations with ps...
AbstractA class of time- and space-dependent parabolic equations whose induced Lie algebras are fini...
New appendix.International audienceWe provide in this work a semigroup approach to the study of sing...
Abstract. We provide in this work a semigroup approach to the study of singular PDEs, in the line of...
AbstractA new algorithm is proposed for obtaining explicit solutions of the Cauchy problem defined b...
Abstract. We study linearization models for continuous one-parameter semigroups of para-bolic type. ...
We apply a new series representation of martingales, developed by Malliavin calculus, to characteriz...
Abstract. The existence, uniqueness, regularity and asymptotic behavior of global solutions of semil...
The present paper solves completely the problem of the group classification of nonlinear heat-condu...
We present here classes of parabolic geometries arising naturally from Seashi’s principle to form go...
International audienceIn this paper, the symmetry group of the parabolic partial differential equati...
We present an abstract framework for semilinear parabolic problems based on analytic semigroup theor...
In this paper existence and regularity results for a class of degenerate nonlinear parabolic equatio...
We present an abstract framework for semilinear parabolic problems based on analytic semigroup theor...
This article concerns the basic understanding of parabolic final value problems, and a large class o...
In this paper we present a Caldern-Zygmund approach for a large class of parabolic equations with ps...
AbstractA class of time- and space-dependent parabolic equations whose induced Lie algebras are fini...
New appendix.International audienceWe provide in this work a semigroup approach to the study of sing...
Abstract. We provide in this work a semigroup approach to the study of singular PDEs, in the line of...
AbstractA new algorithm is proposed for obtaining explicit solutions of the Cauchy problem defined b...
Abstract. We study linearization models for continuous one-parameter semigroups of para-bolic type. ...
We apply a new series representation of martingales, developed by Malliavin calculus, to characteriz...
Abstract. The existence, uniqueness, regularity and asymptotic behavior of global solutions of semil...
The present paper solves completely the problem of the group classification of nonlinear heat-condu...
We present here classes of parabolic geometries arising naturally from Seashi’s principle to form go...
International audienceIn this paper, the symmetry group of the parabolic partial differential equati...
We present an abstract framework for semilinear parabolic problems based on analytic semigroup theor...
In this paper existence and regularity results for a class of degenerate nonlinear parabolic equatio...
We present an abstract framework for semilinear parabolic problems based on analytic semigroup theor...
This article concerns the basic understanding of parabolic final value problems, and a large class o...
In this paper we present a Caldern-Zygmund approach for a large class of parabolic equations with ps...