**The bearing stress under a bolt is computed by dividing the load on a bolt by the product ld, where l is the length of a bolt in the main member and d is the bolt diameter.**

## How to Calculate Bearing Stress?

Bearing stress is the amount of force that a bearing can withstand before it fails. It is important to calculate bearing stress to ensure the bearing will perform as expected in the intended application. The calculation of bearing stress requires knowledge of the bearing’s characteristics, such as its diameter and material, as well as the expected load and application. In this article, we will go over how to calculate bearing stress.

The first step in calculating bearing stress is to determine the bearing’s diameter. This is typically given in the bearing’s specifications, but can also be determined by measuring the outer diameter of the bearing. Once the diameter is known, the next step is to determine the bearing’s material. This is typically given in the bearing’s specifications as well.

The third step in calculating bearing stress is to determine the expected load on the bearing. This can be determined by looking at the application and calculating the expected load on the bearing. This should include any forces that may be exerted on the bearing due to the application, such as friction and vibration.

Once the expected load is calculated, the fourth step is to calculate the bearing’s maximum allowable stress. This is

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