Unique solutions are derived for the parabolic differential equation of heat conduction in composite slabs with perfect thermal contact. Boundary conditions of the second kind are assumed which are not compatible with the initial condition. By the method of Laplace transformation Green's functions are constructed in analogy to Jacobi's theta function for the slab. Certain convolutional solutions are used for testing software and investigating the asymptotic behaviour of solutions for small and large times
Transient heat conduction in composite slabs subject to simultaneous convection and radiation is stu...
A numerical model, based on the finite-volume method, is developed and applied for the determination...
The article examines the relaxation processes that occur in an elastic solid medium when it is heate...
An analytical solution is derived for one-dimensional transient heat conduction in a composite slab ...
Classical Green’s and Duhamel’s integral formulas are enforced for the solution of one dimensional ...
A new simple analytical method for solving the problem of one-dimensional transient heat conduction ...
We discuss a potential steady heat conduction for composites with the coated cylindrical inclusion u...
In this paper we consider the heat conduction problem for a slab represented by the interval $[0,1]$...
AbstractWe consider a nonlinear parabolic problem that models the axially symmetric, quasistatic, me...
Temperature distributions recorded by thermocouples in a solid body (slab) subject to surface heatin...
Temperature distributions recorded by thermocouples in a solid body (slab) subject to surface heatin...
In this paper we derive a model for heat diffusion in a composite medium in which the different comp...
The problem of fractional heat conduction in a composite medium consisting of a spherical inclusion ...
AbstractA method is presented for solutions of a class of boundary value problems corresponding to p...
A method is presented for solutions of a class of boundary value problems corresponding to problems ...
Transient heat conduction in composite slabs subject to simultaneous convection and radiation is stu...
A numerical model, based on the finite-volume method, is developed and applied for the determination...
The article examines the relaxation processes that occur in an elastic solid medium when it is heate...
An analytical solution is derived for one-dimensional transient heat conduction in a composite slab ...
Classical Green’s and Duhamel’s integral formulas are enforced for the solution of one dimensional ...
A new simple analytical method for solving the problem of one-dimensional transient heat conduction ...
We discuss a potential steady heat conduction for composites with the coated cylindrical inclusion u...
In this paper we consider the heat conduction problem for a slab represented by the interval $[0,1]$...
AbstractWe consider a nonlinear parabolic problem that models the axially symmetric, quasistatic, me...
Temperature distributions recorded by thermocouples in a solid body (slab) subject to surface heatin...
Temperature distributions recorded by thermocouples in a solid body (slab) subject to surface heatin...
In this paper we derive a model for heat diffusion in a composite medium in which the different comp...
The problem of fractional heat conduction in a composite medium consisting of a spherical inclusion ...
AbstractA method is presented for solutions of a class of boundary value problems corresponding to p...
A method is presented for solutions of a class of boundary value problems corresponding to problems ...
Transient heat conduction in composite slabs subject to simultaneous convection and radiation is stu...
A numerical model, based on the finite-volume method, is developed and applied for the determination...
The article examines the relaxation processes that occur in an elastic solid medium when it is heate...