- Operating behaviour of rolling bearings
- Bearing clearance, operating clearance
- Load distribution in the bearing
- Hertzian pressure in the rolling bearing
- Subsurface stresses
- Rigidity and deflection behaviour
- Load ratings
- Speeds
- Friction and heating
- Rolling bearing lifetime
- Kinematics of the rolling bearing components
- Determining the rolling bearing for an adjusted bearing arrangement according to the catalogue
- Determination of axial clearance for universal angular contact ball bearings
- Axial load capacity of cylindrical roller bearings
A holistic view of the bearing arrangement - dimensions, load ratings, speeds and operating conditions - is essential for correct bearing selection. By recognising the interactions, quality and service life can be sustainably improved to optimise the performance of the overall system.
Operating behaviour of rolling bearings
Bearing clearance, operating clearance
Load distribution in the bearing
Hertzian pressure in the rolling bearing
Subsurface stresses
Rigidity and deflection behaviour
Load ratings
Speeds
Friction and heating
Rolling bearing lifetime
Kinematics of the rolling bearing components
Determining the rolling bearing for an adjusted bearing arrangement according to the catalogue
Determination of axial clearance for universal angular contact ball bearings
Axial load capacity of cylindrical roller bearings
Engineers
Rolling and Plain Bearings - Principles
Rotative Products – Basic
Rotative Products – Advanced
In this course, participants will learn how to select the optimum bearing by analysing dimensions, load ratings and operating conditions to improve quality and performance.