A method is proposed for computing the upper hound on the local water temperature rise with respect to the hulk temperature in a spent fuel pool. The solution involves casting the continuity and momentum relationships in integral form in terms of the unknown velocity functions. The method of collocation is used to solve the problem. Computer application of this method shows it to he an efficient and cost-effective design tool. © 1986 Taylor and Francis Group, LLC.

Jai Prakash Gupta

Chemical Engineering

(SoE) School of Engineering

K.P. Singh

A.I. Soler

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