A mathematical model of the hydrodynamic
lubrication of complex-loaded composite conic
bearing with a porous layer on its working surface
In this research a method of the hydrodynamic calculation of the composite conic bearing is worked out on basis of the non-stationary equations of Navier-Stokes for the case of the «thin layer» and the Darsy equation with the use of the method of the constructional superposition. This research presents an ap-preciation of the influence of value of the angle of cone and an extent of a po-rous layer on the performance of a composite bearing.