線接触熱弾性流体潤滑の一解法 : 第1報, 解析基礎式の導出

概要

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A new approach to the thermal elastothydrodynamic lubrication (TEHL) in line contacts is described. The thermal Reynolds equation and the energy equation are derived for basic equations in which temperature distribution in the oil film is assumed as quadratic in the direction of film thickness and the lubricant is treated as Newtonian. By introducing a nondimensional parameter y, the thermal Reynolds equation can be expressed in very simple forms. In the energy equation, four terms, viscous heating, compressive heating, conduction cooling and convection cooling, are involved. Surface temperature distribution is also considered.
社団法人日本機械学会の論文
1992-06-25