Add to ORKGThe aim of this paper is to present the method of deriving the formula for a solution of the wave equation. We deal with the case when external forces are distribution-valued functions, which is e.g. the case of a quasi - point source. Also the solution is understood as a distribution-valued function
When a wave propagates without changing its shape, particles move along constant energy orbits in th...
Direct scattering of propagating transient waves originating from internal sources in non-stationary...
We study existence and uniqueness of distributional solutions w to the ordinary differential equatio...
In the article there is researched how to construct the external force on the stationary wave equati...
AbstractThe equations governing the linearized small amplitude approximation for gravity waves on de...
First the concepts of the surface distributions are explained. Thereafter the first and higher-order...
summary:A tempered distribution which is an exact solution of the wave equation with a concentrated ...
Abstract A differential equation is a relationship between a function and its deriva-tives which are...
What can we learn about functions that lack derivatives in the classical sense and how can we work w...
A new method is presented to study systems governed by ordinary linear differential equations and pa...
In this comprehensive monograph, the authors apply modern mathematical methods to the study of mecha...
The classical solution to the homogenous wave equation in Rn will be stated and proved. The classica...
AbstractIn this paper, we shall apply an operator method for casting and solving the distributional ...
In this study, we consider the generalized function solutions to nonlinear wave equation with distri...
Waves are seen in many different applications, such as sound waves, electromagnetic waves, and ocean...
When a wave propagates without changing its shape, particles move along constant energy orbits in th...
Direct scattering of propagating transient waves originating from internal sources in non-stationary...
We study existence and uniqueness of distributional solutions w to the ordinary differential equatio...
In the article there is researched how to construct the external force on the stationary wave equati...
AbstractThe equations governing the linearized small amplitude approximation for gravity waves on de...
First the concepts of the surface distributions are explained. Thereafter the first and higher-order...
summary:A tempered distribution which is an exact solution of the wave equation with a concentrated ...
Abstract A differential equation is a relationship between a function and its deriva-tives which are...
What can we learn about functions that lack derivatives in the classical sense and how can we work w...
A new method is presented to study systems governed by ordinary linear differential equations and pa...
In this comprehensive monograph, the authors apply modern mathematical methods to the study of mecha...
The classical solution to the homogenous wave equation in Rn will be stated and proved. The classica...
AbstractIn this paper, we shall apply an operator method for casting and solving the distributional ...
In this study, we consider the generalized function solutions to nonlinear wave equation with distri...
Waves are seen in many different applications, such as sound waves, electromagnetic waves, and ocean...
When a wave propagates without changing its shape, particles move along constant energy orbits in th...
Direct scattering of propagating transient waves originating from internal sources in non-stationary...
We study existence and uniqueness of distributional solutions w to the ordinary differential equatio...