Abstract
In the present analysis the interactions of thermal and inertia effects on the performance of non-Newtonian squeeze films have been investigated. The numerical results for pressure drop and inertia correction in load have been obtained and their behaviours are illustrated in figures. The theoretically predicted results of pressure drop for the Newtonian lubricant have also been compared with experimental results of Tichy and Winer which are in close agreement at 70°F to illustrate the importance of the study.
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