Расширенная динамическая модель движения деталей роликовых подшипников и износа их рабочих поверхностей

Abstract

The aim of this study is to enhance the durability of roller bearings. To achieve this, specialized software was utilized to simulate the multibody dynamics of bearing components, while the CAE Ansys software package was employed to calculate contact pressures with high accuracy. Wear was assessed using the Archard law, providing quantitative estimates of material loss under operational conditions. Based on these simulations and calculations, recommendations were developed to optimize the bearing design and improve its service life.