Aerostatic bearings have been employed as an essential precision engineering element
and enabling technology in numerous applications requiring precision and ultraprecision …

Aerostatic porous bearing is a new supporting structure gradually used in ultra-precision
machine tools. Considering the relatively lower Young's modulus of porous, there are few …

For inherently compensated aerostatic bearings, the traditional modeling method of
describing an air supply orifice with a nodal point results in computational errors when …

The performances of aerostatic spindle are highly affected by the fluid-structure interaction
(FSI) between air film and solid structure. This paper proposes a novel modeling method to …

The thermal behavior of aerostatic spindles is significantly affected by the multi-physics
coupling phenomenon between the air film, the solid structure, and the temperature field of …

The deformation of slide carriages caused by oil pressure produces a substantial effect on
the performance of hydrostatic guideways. This paper is aimed to propose a practical fluid …

The performances of aerostatic spindle are highly affected by the fluid–structure interaction
between air film and solid structure. This paper proposes a comprehensive two-way fluid …

The conventional aerostatic guideway with two relatively large opposed aerostatic bearing
pads (OABPs) has large thrust forces at the lateral carriages. The structure is deformed due …

This paper presents the influence of the microscale effect on the radial rotation error of
aerostatic spindle, which is determined by the corresponding stiffness, damping, and …

The air film pressure field (AFPF) of aerostatic thrust bearings significantly determines the
working performance of the bearings, and the characteristics of AFPF are closely related to …