Abstract: Detailed formulations are presented for a mass-conserving, mode-based computational model which includes effects of structural inertia and surface roughness. Performance evaluation of a big end ...

Abstract: The “negative squeeze” lubrication problem is investigated by means of a mass-conservating finite element cavitation algorithm (described elsewhere) within the context of a dimensionless study of ...

Abstract: This paper investigates transient and steady state behavior of grooveless (angularly) misaligned bearings using finite element formulations of the complete two-dimensional Reynolds equation. Performance ...

Abstract: This paper presents a novel finite element elastohydrodynamic lubrication analysis appropriate for gas journal bearings under dynamic conditions. The method employs gas pressure as a state variable, ...

Abstract: This technical note provides closed-form deflection and stress corrections to the well-known and practical problem of a ring plate clamped along its inner radius and subjected to a point load on its free outer edge. The ...

Abstract: A mass-conserving, mode-based elastohydrodynamic lubrication model, which includes combined effects of journal and sleeve elasticity, is described. Application to a sample cylindrical bearing system ...