Abstract: Thermohydrodynamic analysis of a full journal bearing with a realistic model for the bushing made of two distinct layers is presented. The governing equations and an efficient numerical solution ...

Abstract: A derivation of the lubrication equation suitable for nonlinear rheological model is presented. Full numerical solutions coupling the lubrication equation with film shape equation and energy ...

Abstract: Thermohydrodynamic analysis of journal bearings is extended to include provisions for the shaft thermal dilation as well as the bush thermoelastic deformation. Numerical solutions using a combination ...

Abstract: Surface accuracy of antenna structures which are widely used in communication, space exploration, and radio astronomy will be different from that which is desired, because of a variety of random ...

Abstract: A theoretical study of the effectiveness of solid particles dispersed in oil in the elastohydrodynamic line contact is presented. The analysis includes the variation of the viscosity and density ...

Abstract: The rheological effects of lubricants and the surface deformation of disks are considered in the lubrication of line contacts. The lubrication equation for fluids obeying power law model has ...

Abstract: By considering both hydrodynamic pressure and ram pressure effects on flow through a porous wheel, we construct here a predictive model for calculating the flow-rate of the cooling fluid through ...

Abstract: The purpose of this research is to extend the theory of the concentrated thermo-elastohydrodynamic line contact to include the influence of the existence of solid lubricant dispersed in liquid-base ...

Abstract: Petroleum oil-in-water emulsion, where water is the continuous phase, is often employed under circumstances where the high heat capacity of water is beneficial while the poor lubricating properties ...