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Basic boundary value problems of thermoelasticity for anisotropic bodies with cuts. II
Authors:R Duduchava  D Natroshvili  E Shargorodsky
Institution:(1) A. Razmadze Mathematical Institute, Georgian Academy of Sciences, 1, Z. Rukhadze Str., 380093 Tbilisi, Republic of Georgia;(2) Department of Mathematics, Georgian Technical University, (99) 77, M. Kostava Str., 380075 Tbilisi, Republic of Georgia;(3) Department of Mechanics and Mathematics, Tbilisi State University, 2, University Str., 380043 Tbilisi, Republic of Georgia
Abstract:In the first part 1] of the paper the basic boundary value problems of the mathematical theory of elasticity for three-dimensional anisotropic bodies with cuts were formulated. It is assumed that the two-dimensional surface of a cut is a smooth manifold of an arbitrary configuration with a smooth boundary. The existence and uniqueness theorems for boundary value problems were formulated in the Besov 
$$(\mathbb{B}_{p, q}^s )$$
and Bessel-potential (Hopf p s ) spaces. In the present part we give the proofs of the main results (Theorems 7 and 8) using the classical potential theory and the nonclassical theory of pseudodifferential equations on manifolds with a boundary.
Keywords:35C15  35S15  73M25
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