Add to ORKGAn analytical solution of the heat-conduction problem is obtained by the method of linearization of a nonlinear equation of transfer and combined application of integral transforms to the linearized problem for an isotropic half-space heated through a circular region 0 < r < R on its surface z = 0
It is obtained an approximate solution of the second main boundary problem of heat conduction theory...
Translated from Differentsial'nye Uravneniya. - 2002. - Vol. 38, № 7. - P. 989–991
The non linear heat transfert equation for an electrical cylindrical conductor is solved both numeri...
For an axially symmetric two-dimensional non-stationary heat transfer problem with the mixed boundar...
One-dimensional heat conduction problem of friction for two bodies (half spaces) made of thermosensi...
On the basis of the method developed, the solutions of four problems of mathematical physics are obt...
A method for solution of systems of parabolic differential equations of heat conduction on the model...
A method of analysis is described which yields closed-form solutions for two-dimensional heat conduc...
An integral transform operator U[П(t)= 1/λ ∞∫−∞ П(t)е-iλt dt is considered to solve the steady he...
The nonlinear heat conduction equations including the influence of internal heat generation are stud...
In the article we consider the two-dimensional heat equation in a circular domain where the thermal ...
We theoretically examine heat transfer by conduction from oblate spheroidal and bispherical surfaces...
In this paper, we have first given a numerical procedure for the solution of second order non-linear...
Abstract. We propose an efficient boundary collocation method for the solution of certain two- and t...
An analytically based approach for solving a transient heat transfer equation in a bounded two dimen...
It is obtained an approximate solution of the second main boundary problem of heat conduction theory...
Translated from Differentsial'nye Uravneniya. - 2002. - Vol. 38, № 7. - P. 989–991
The non linear heat transfert equation for an electrical cylindrical conductor is solved both numeri...
For an axially symmetric two-dimensional non-stationary heat transfer problem with the mixed boundar...
One-dimensional heat conduction problem of friction for two bodies (half spaces) made of thermosensi...
On the basis of the method developed, the solutions of four problems of mathematical physics are obt...
A method for solution of systems of parabolic differential equations of heat conduction on the model...
A method of analysis is described which yields closed-form solutions for two-dimensional heat conduc...
An integral transform operator U[П(t)= 1/λ ∞∫−∞ П(t)е-iλt dt is considered to solve the steady he...
The nonlinear heat conduction equations including the influence of internal heat generation are stud...
In the article we consider the two-dimensional heat equation in a circular domain where the thermal ...
We theoretically examine heat transfer by conduction from oblate spheroidal and bispherical surfaces...
In this paper, we have first given a numerical procedure for the solution of second order non-linear...
Abstract. We propose an efficient boundary collocation method for the solution of certain two- and t...
An analytically based approach for solving a transient heat transfer equation in a bounded two dimen...
It is obtained an approximate solution of the second main boundary problem of heat conduction theory...
Translated from Differentsial'nye Uravneniya. - 2002. - Vol. 38, № 7. - P. 989–991
The non linear heat transfert equation for an electrical cylindrical conductor is solved both numeri...