Inverse boundary-value problems of cauchy type for harmonic functionsWe apply two
methods for solving the inverse
boundary-value problem (the so-called problem (A
A Method for Constructing Asymptotic Expansions of Bisingularly Perturbed ProblemsIn this paper we propose an analog of the
method of
boundary functions for constructing uniform
A Method for Constructing Asymptotic Expansions of Bisingularly Perturbed ProblemsIn this paper we propose an analog of the
method of
boundary functions for constructing uniform
Inverse boundary-value problems of cauchy type for harmonic functionsWe apply two
methods for solving the inverse
boundary-value problem (the so-called problem (A
Parametric bases for elliptic boundary value problemWe consider the calculation schemes in the framework of Kantorovich
method that consist
Inverse Sturm–Liouville Problem with Spectral Parameter in the Boundary Conditions of the spectral parameter in the first
boundary condition and with entire analytic
functions in the second one
Isoperimetric properties of Euclidean boundary moments of a simply connected domain symmetrization
method. For L p -norms of the distance
function we prove an analog of the Payne inequality
On capacity computation for symmetric polygonal condensers. These two
methods are based respectively on the use of the Lauricella
function (Bezrodnykh and Vlasov, 2002
Parametric basis functions for collective nuclear models of the new parametric surface basis
functions in an analytical form for solving the
boundary-value problem