WOSInternational audienceA three-dimensional solution of the mixed boundary value problem posed in Potential Theory is proposed. The support of the Neumann condition is conformally mapped onto a unit disk. On that disk, the solution is broken down as Fourier series of azimuthal angle and linear combinations of known functions of the radial coordinate. It is shown that the whole problem reduces highly nonlinear equations for the coefficients of the mapping function. The present method of solution is to be applied to hydrodynamic impact problem
This thesis introduces an analytical perturbation theory for Hamilton's principal function and Hamil...
summary:A new and elegant procedure is proposed for the solution of mixed potential problems in a ha...
this paper, we mainly consider the three dimensional Neumann problem in linear elasticity, which is ...
An algorithm is proposed to solve the three-dimensional Wagner problem [1] for an arbitrary blunt bo...
International audienceThe three-dimensional problem of blunt-body impact onto a free surface of an i...
The paper deals with mixed type three-dimensional boundary value problems of Hydrodynamics, particul...
We consider a simple three-dimensional body entering vertically a liquid surface on which a regular ...
summary:The author solves a mixed boundary value problem for linear partial differential equations o...
Galin’s theorem is used to revisit the linearized Wagner problem based on the so-called flat disk ap...
In this thesis a variety of mixed boundary-value problems, taken from the fields of elastodynamics, ...
The paper reviews the method of complex potential functions developed by Green and Collins as applie...
This paper extends Wagner theory for the ideal, incompressible normal impact of rigid bodies that ar...
Summary. A new and elegant procedure is proposed for the solution of mixed potential problems in a h...
The present work deals with the modelling of water impacts in order to determine the hydrodynamic lo...
AbstractThis paper deals with the questions of existence, uniqueness, and finite element approximati...
This thesis introduces an analytical perturbation theory for Hamilton's principal function and Hamil...
summary:A new and elegant procedure is proposed for the solution of mixed potential problems in a ha...
this paper, we mainly consider the three dimensional Neumann problem in linear elasticity, which is ...
An algorithm is proposed to solve the three-dimensional Wagner problem [1] for an arbitrary blunt bo...
International audienceThe three-dimensional problem of blunt-body impact onto a free surface of an i...
The paper deals with mixed type three-dimensional boundary value problems of Hydrodynamics, particul...
We consider a simple three-dimensional body entering vertically a liquid surface on which a regular ...
summary:The author solves a mixed boundary value problem for linear partial differential equations o...
Galin’s theorem is used to revisit the linearized Wagner problem based on the so-called flat disk ap...
In this thesis a variety of mixed boundary-value problems, taken from the fields of elastodynamics, ...
The paper reviews the method of complex potential functions developed by Green and Collins as applie...
This paper extends Wagner theory for the ideal, incompressible normal impact of rigid bodies that ar...
Summary. A new and elegant procedure is proposed for the solution of mixed potential problems in a h...
The present work deals with the modelling of water impacts in order to determine the hydrodynamic lo...
AbstractThis paper deals with the questions of existence, uniqueness, and finite element approximati...
This thesis introduces an analytical perturbation theory for Hamilton's principal function and Hamil...
summary:A new and elegant procedure is proposed for the solution of mixed potential problems in a ha...
this paper, we mainly consider the three dimensional Neumann problem in linear elasticity, which is ...