An Approximate Solution of two-dimensional Steady State Heat Transfer Problems with Convective Heating at a Circular Boundary
Keywords:
Circular boundary, Heat transfer problem
Abstract
Schofield's method of added thickness for solution of steady-state two-dimensional heat transfer problems with Newton heat transfer at a plane boundary has been extended to the case where such heat transfer takes place at a circular boundary. The technique has been used to study heat transfer from a buried pipe to its surrounding, the pipe axis being parallel to the ground surface. The same problem has been solved by relaxation method and numerical results have been compared graphically.
Published
2014-05-20
How to Cite
Achari, P. (2014). An Approximate Solution of two-dimensional Steady State Heat Transfer Problems with Convective Heating at a Circular Boundary. Defence Science Journal, 15(4), 263-268. https://doi.org/10.14429/dsj.15.7353
Issue
Section
Research Papers
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