Abstract
A complete analysis for the thermal problem in hydrodynamically fully developed flow is presented. This includes evaluation of the four fundamental solutions in the thermal energy regions by solution of the eigenvalue problem, including development of asymptotic expressions for the higher eigenvalues. The analytical predictions are substantiated by their excellent agreement with careful experimental measurements reported herein. This paper is the second in a series [1] culminating a four year study of heat transfer in annular passages. ¶ ¶ The support of the National Aeronautics and Space Administration is gratefully acknowledged.
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