Bearings are pivotal components in mechanical systems, providing crucial support to
rotating bodies. However, traditional bearings are susceptible to failure caused by friction …

This paper presents a modified incremental harmonic balance (IHB) method to analyze the
nonlinear dynamic and thermal coupling characteristics of rotor-bearing systems after …

The cage structure with enhanced heat transfer function is proposed to improve the
temperature rise and heat dissipation issues caused by high bearing speed. By constructing …

The nonlinear thermo-mechanic coupling effect refers to the interaction between the
nonlinear dynamic characteristics of a dual-rotor system and the thermal effect of an …

In this paper, a novel aerodynamic-acoustic coupling model to investigate the influence of
aeroelastic effects on the thermo-acoustic response of three-dimensional, four-directional …

This paper presents a novel investigation into the snap-through response of three-
dimensional (3D) four-directional braided composite panels subjected to aerodynamic loads …

Misalignment of roller bearings is a characteristic defect mode, which is accompanied by
variations in thermal, mechanical, and lubrication performances. Regarding this aspect, a …

The thermal deformation control (TDC) of the high-speed spindle (HSS) is difficult to be
realized because the nonlinear, non-steady, and varying influencing factors, and traditional …

For the asynchronous motorized spindle directly driven by the induction motor, the load-
dependent slip ratio determines that its transient characteristics are sensitive to load. For the …

The precise thermal error prediction of spindle-bearing systems (SBSs) necessitates a
comprehensive analysis of information gathered from multi-source sensors. However …