Hydromagnetic Squeeze Film in a Longitudinally Rough Conducting Conical Plates

摘要

This article wishes to study the presentation of the longitudinally rough and hydromagnetically conducting conical plates. Here, both the plates are chosen to be conducting electrically while an electrically conducting lubricant fills the clearance space between the plates. A transverse magnetic field is applied. Christensen and Tonder's used stochastic averaging process regarding roughness, the associated stochastically averaged Reynolds' type equation is resolved. This gives pressure and consequently, the load taking capacity. It is indicated by the graphical results that an augmented performance is registered by the bearing system in comparison with traditional fluid-based lubrication. The results demonstrate that longitudinal roughness is more helpful as compared to transverse roughness. Here, the role of standard deviation remains crucial even if suitable numerical values of the angle of the cone are considered. Thus, this investigation gives ample measures for bettering the bearing performance with appropriate choice of hydromagnetization and conductivity parameters.