Abstract: | A new method for analytically solving a problem of steady-state heat conduction for multilayer composite wedge-shaped bodies is suggested based on a generalization of the integral Mellin transform.Notation T
temperature
-
rr,
![theta](/content/n358256456w21p9t/xxlarge952.gif)
thermal conductivity coefficients
-
thickness of composite material layers (![epsi](/content/n358256456w21p9t/xxlarge949.gif) 1)
- N1( ), N
2
(1)
( ), N
2
(2)
( )
auxiliary local functions from the rapid variable =r/
- m(r, p)
auxiliary function entering the core of the generalized integral Mellin transform
-
0
half of the wedge aperture angle
Moscow Institute of Chemical Engineering. Translated from Inzhenerno-Fizicheskii Zhurnal, Vol. 64, No. 4, pp. 487–491, April, 1993. |