Bearing Analysis Examples

Bearings are crucial components in various mechanical systems, and their proper operation is vital for the smooth functioning of machinery. Bearings are designed to reduce friction and support loads, enabling the rotation of various machine parts. However, over time, bearings may experience wear and tear, defects and failures, leading to significant consequences, such as increased downtime, costly repairs and even accidents.

To ensure the reliability and safety of mechanical systems, it is essential to analyze bearings and their behavior under different conditions. This may involve studying roller forces, comparing defective and regular bearings, analyzing the responses of bearings under loaded shafts or flexible supports, conducting frequency analyses of bearing defects and choosing the most appropriate bearing from a selection list.

Figure 1: Cylindrical roller bearing.

In this context, this package presents several examples of bearing analysis, which aim to illustrate different aspects of bearing behavior and their impact on mechanical systems.