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A strongly convergent combined relaxation method in hilbert spaces-coercive unilateral boundary value problems in mathematical physics. © 2014 Copyright Taylor & Francis Group, LLC.

On the stability of nonlocal boundary value problem for a third order PDEIn the present paper, we study the nonlocal boundary value problem for third order partial

Marcinkiewicz exponents and integrals over non-rectifiable paths apply that distributions for solving of boundary value problems of Riemann—Hilbert type in domains

Univalent conformal mappings onto polygonal domains with countable set of vertices by generalized Christoffel–Schwarz integral of partial solution to the Hilbert boundary-value problem with a countable set of singularity points

Interactions of germs with applications as generalized integrations over non-rectifiable paths with applications in theory of boundary value problems

Riemann–Hilbert problems for the system of string vibration equations in a domain with a characteristic part of boundary whose boundary contains a characteristic segment of the system, we consider two problems of Riemann–Hilbert

On elliptic differential and difference problems in a Hilbert space with special type nonlocal conditionsIn the present paper, elliptic differential and difference problems in a Hilbert space

On the spectral stability of functional-differential equationsA boundary value problem for an elliptic functional-differential equation with contraction

Riemann-Hilbert problems for first-order elliptic system with constant leading coefficient on the plane boundary-value problem ReCU+ = f for the first-order elliptic system with constant leading coefficients

Univalent conformal mappings onto polygonal domains with countable set of vertices by generalized Christoffel–Schwarz integral of partial solution to the Hilbert boundary-value problem with a countable set of singularity points

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