Results 11 to 20 of about 3,123,912 (260)
Stabilization of a solution for two-dimensional loaded parabolic equation [PDF]
In this paper we consider the stabilization problem of the solution of a boundary value problem for the heat equation with a loaded two-dimensional Laplace operator.
М.Т. Jenaliyev +3 more
doaj +2 more sources
Boundary value problems for essentially-loaded parabolic equation [PDF]
In this paper we investigate the first boundary value problem for essentially loaded equation of heat conduction, i.e. when laden terms are derivatives for any finite order.
M.I. Ramazanov +4 more
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A problem with M. Saigo operator in the boundary condition for a loaded heat conduction equation
The existence of a unique solution of the non-classical boundary value problem for the heat equation, the loaded value of the desired function u(x,y) on the boundary x=0 of the rectangular area Ω={(x,t ...
A. V. Tarasenko
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A problem with the operator M. Saigo in the boundary condition for a loaded heat conduction equation
The existence of a unique solution of the non-classical boundary value problem for the heat equation, the loaded value of the desired function $u(x, y)$ on the boundary $x = 0$ of the rectangular area $\Omega= \{ (x, t) : 0$ < $x$ < $l$, $0$ < $t$ < $T \}
Anna V Tarasenko
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On the non-uniqueness of the solution to a boundary value problem of heat conduction with a load in the form of a fractional derivative [PDF]
The paper deals with the second boundary value problem for the loaded heat equation in the first quadrant.
M.T. Kosmakova +2 more
doaj +3 more sources
In the article the Volterra integral equations of the second kind with the given kernel are investigated. This kind of integral equations arises in the solving of some boundary value problems for essential loaded differential heat operator in an ...
A.N. Yesbayev, G.A. Yessenbayeva
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A fractionally loaded boundary value problem two-dimensional in the spatial variable [PDF]
In the paper, the boundary value problem for the loaded heat equation is solved, and the loaded term is represented as the Riemann-Liouville derivative with respect to the time variable. The domain of the unknown function is the cone.
M.T. Kosmakova +2 more
doaj +3 more sources
The Cauchy problem for the heat equation with a fractional load
Praveen Agarwal
exaly +2 more sources
Nonlocal problem with the integral condition for a loaded heate equation [PDF]
В работе рассмотрена нелокальная задача с интегральным условием для нагруженного уравнения теплопроводности, где нагруженное слагаемое представляет собой производную второго порядка от неизвестной функции в начале координат. Доказано существование и единственность регулярного решения.
openaire +1 more source
Introduction: Heat is a kinetic process whereby energy flows from between two systems; hot-to-cold objects. In oro-dental implantology, conductive heat transfer/(or thermal stress) is a complex physical phenomenon to analyze and consider in treatment planning.
Grigorios P. Panotopoulos +1 more
openaire +5 more sources

