AbstractWe study the heat content asymptotics with either Dirichlet or Robin boundary conditions where the initial temperature exhibits radial blowup near the boundary. We show that there is a complete small-time asymptotic expansion and give explicit geometrical formulas for the first few terms in the expansion
AbstractWe investigate boundary blow-up solutions of the equation Δu=f(u) in a bounded domain Ω⊂RN u...
Wir beginnen mit der Herleitung der asymptotischen Entwicklung der Spur des Wärmeleitungskernes, $\t...
The generalized order of growth and generalized type of an entire function \(F^{\alpha,\beta}\) (gen...
A method for solution of systems of parabolic differential equations of heat conduction on the model...
Translated from Differentsial'nye Uravneniya. - 2002. - Vol. 38, № 7. - P. 989–991
With the use of the method of summator–integral equations, an axisymmetric problem has been investig...
summary:The aim of this contribution is to present a new result concerning asymptotic expansion of s...
The solution of a mixed axisymmetric nonstationary problem of heat conduction is obtained in the re...
An analytical solution of the heat-conduction problem is obtained by the method of linearization of ...
In this paper we present two methods for replacing Dirichlet\u27s problem by a sequence of Robin\u27...
Let \Omega \subsetR^N be a bounded smooth domain. We investigate the effect of the mean curvature o...
AbstractWe consider Dirichlet boundary value problem for Laplace–Beltrami Equation On Hypersurface S...
AbstractMotivated by the boundary heat control problems formulated in the book of Duvaut and Lions, ...
AbstractWe study the asymptotic behaviour of the solutions of linear parabolic Dirichlet problems wh...
AbstractWe consider the Neumann problem for the heat equation perturbed by a dissipation term au, wh...
AbstractWe investigate boundary blow-up solutions of the equation Δu=f(u) in a bounded domain Ω⊂RN u...
Wir beginnen mit der Herleitung der asymptotischen Entwicklung der Spur des Wärmeleitungskernes, $\t...
The generalized order of growth and generalized type of an entire function \(F^{\alpha,\beta}\) (gen...
A method for solution of systems of parabolic differential equations of heat conduction on the model...
Translated from Differentsial'nye Uravneniya. - 2002. - Vol. 38, № 7. - P. 989–991
With the use of the method of summator–integral equations, an axisymmetric problem has been investig...
summary:The aim of this contribution is to present a new result concerning asymptotic expansion of s...
The solution of a mixed axisymmetric nonstationary problem of heat conduction is obtained in the re...
An analytical solution of the heat-conduction problem is obtained by the method of linearization of ...
In this paper we present two methods for replacing Dirichlet\u27s problem by a sequence of Robin\u27...
Let \Omega \subsetR^N be a bounded smooth domain. We investigate the effect of the mean curvature o...
AbstractWe consider Dirichlet boundary value problem for Laplace–Beltrami Equation On Hypersurface S...
AbstractMotivated by the boundary heat control problems formulated in the book of Duvaut and Lions, ...
AbstractWe study the asymptotic behaviour of the solutions of linear parabolic Dirichlet problems wh...
AbstractWe consider the Neumann problem for the heat equation perturbed by a dissipation term au, wh...
AbstractWe investigate boundary blow-up solutions of the equation Δu=f(u) in a bounded domain Ω⊂RN u...
Wir beginnen mit der Herleitung der asymptotischen Entwicklung der Spur des Wärmeleitungskernes, $\t...
The generalized order of growth and generalized type of an entire function \(F^{\alpha,\beta}\) (gen...