Predicting Friction of Tapered Roller Bearings with Detailed Multi-Body Simulation Models

Tapered Roller Bearings Cage to Improvement Design

In order to improve the utilization of materials, improving stamping cage processing methods, the single row tapered roller bearing cage is improved from structural strength, puts forward whole stamping cage a type of structure. Use ANSYS finite element analysis to the different structure and the thickness cage. Get the stress contours of the cage, based on equal strength design principles. Get...

Design Optimization for Tapered Roller Bearings Using Genetic Algorithms

The design of tapered roller bearings has a fundamental influence on the performance, life and reliability of the bearings. Consequently, this also affects the operating quality and the economization of machines on which the bearings are used. The responsibility of bearing designers is to select an optimal scheme from all the possible alternative designs, or simply put to make the best choice. ...

Experiments and models for the thermal response of railroad tapered-roller bearings

The need to understand and quantify the heat transfer paths within tapered-roller bearings is of great importance in the railroad industry since bearing cup temperature measurement is the primary tool utilized in the removal of distressed bearings from service. Experiments were performed to acquire temperature histories at several locations on a stationary bearing subjected to heat sources imbe...

Bearing designs - Tapered roller bearing units

Hybrid Dynamic Simulation of Rigid-Body Contact with Coulomb Friction

This paper introduces a hybrid scheme for simulating rigid bodies in contact. W e use (cm adaptive strategy for handling two different contact situations, 'bouncing' and 'steady'. To handle contact f o r rigid bodies, we use two impulse-based methods to explicitiy or implicitly compute impulses due to collision impact. These two methods are used so that different impulse methods are applied ada...