Green’s Function of the Cauchy Problem for Equations with Dissipative Parabolicity, Negative Genus, and Variable Coefficients

Green’s function of the Cauchy problem is constructed by the method of successive approximations, and its main properties are studied for a new class of linear differential equations with dissipative parabolicity and negative genus, whose coefficients are bounded, continuous in time, and infinitely...

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Main Authors: Vladyslav Litovchenko, Denys Kharyna
Format: Article
Language:English
Published: Wiley 2024-01-01
Series:International Journal of Differential Equations
Online Access:http://dx.doi.org/10.1155/2024/7137300
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author Vladyslav Litovchenko
Denys Kharyna
author_facet Vladyslav Litovchenko
Denys Kharyna
author_sort Vladyslav Litovchenko
collection DOAJ
description Green’s function of the Cauchy problem is constructed by the method of successive approximations, and its main properties are studied for a new class of linear differential equations with dissipative parabolicity and negative genus, whose coefficients are bounded, continuous in time, and infinitely differentiable by the spatial variable of the function. This class covers Shilov parabolic equations, as well as the class of the Zhitomirskii parabolic Shilov-type equations with variable coefficients and negative genus, and successfully complements the Petrovsky class of parabolic equations.
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spelling doaj-art-8e3f44d1a89248a384c5bf9bed5b1bc32025-02-03T11:30:42ZengWileyInternational Journal of Differential Equations1687-96512024-01-01202410.1155/2024/7137300Green’s Function of the Cauchy Problem for Equations with Dissipative Parabolicity, Negative Genus, and Variable CoefficientsVladyslav Litovchenko0Denys Kharyna1Chernivtsi National UniversityChernivtsi National UniversityGreen’s function of the Cauchy problem is constructed by the method of successive approximations, and its main properties are studied for a new class of linear differential equations with dissipative parabolicity and negative genus, whose coefficients are bounded, continuous in time, and infinitely differentiable by the spatial variable of the function. This class covers Shilov parabolic equations, as well as the class of the Zhitomirskii parabolic Shilov-type equations with variable coefficients and negative genus, and successfully complements the Petrovsky class of parabolic equations.http://dx.doi.org/10.1155/2024/7137300
spellingShingle Vladyslav Litovchenko
Denys Kharyna
Green’s Function of the Cauchy Problem for Equations with Dissipative Parabolicity, Negative Genus, and Variable Coefficients
International Journal of Differential Equations
title Green’s Function of the Cauchy Problem for Equations with Dissipative Parabolicity, Negative Genus, and Variable Coefficients
title_full Green’s Function of the Cauchy Problem for Equations with Dissipative Parabolicity, Negative Genus, and Variable Coefficients
title_fullStr Green’s Function of the Cauchy Problem for Equations with Dissipative Parabolicity, Negative Genus, and Variable Coefficients
title_full_unstemmed Green’s Function of the Cauchy Problem for Equations with Dissipative Parabolicity, Negative Genus, and Variable Coefficients
title_short Green’s Function of the Cauchy Problem for Equations with Dissipative Parabolicity, Negative Genus, and Variable Coefficients
title_sort green s function of the cauchy problem for equations with dissipative parabolicity negative genus and variable coefficients
url http://dx.doi.org/10.1155/2024/7137300
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