HEAT CONDUCTION IN A CIRCULAR ROD MAINTAINED UNDER A MULTI-CASCADE WALL TEMPERATURE. Conference

Topakoglu, HC, Ebadian, MA. (1987). HEAT CONDUCTION IN A CIRCULAR ROD MAINTAINED UNDER A MULTI-CASCADE WALL TEMPERATURE. . American Society of Mechanical Engineers, Heat Transfer Division, (Publication) HTD, 69 19-25.

cited authors

  • Topakoglu, HC; Ebadian, MA

abstract

  • Steady state heat conduction in a circular homogeneous rod of infinite length is analyzed. The rod is composed of an isotropic heat conducting material and is subjected to a multi-cascade wall condition with no heat source or sink. By using the Fourier integral transform, the temperature field in the rod is obtained. To represent the total heat flow, a dimensionless heat flow coefficient at the cross section corresponding to the wall temperature discontinuity is defined and its value is calculated. The procedure for obtaining the temperature field for a multi-cascade wall temperature case is also discussed.

authors

publication date

  • January 1, 1987

published in

start page

  • 19

end page

  • 25

volume

  • 69