Technical Data: Influence of Rolling Bearing Stiffness and Shaft Stiffness on Gear Engagement
Detailed explanations with diagrams and tables! Includes shaft displacement diagrams related to gear loads.
To model a gear mechanism (gearbox), we will define the shaft shape, select various types of rolling bearings, and set the gear specifications. Considering rotational torque, various load conditions, internal clearances of rolling bearings, and fitting conditions, we will perform calculations for the entire system. In the calculations, we can determine the deflection of the shaft, the stiffness of the rolling bearings, the load distribution, and find the maximum contact stress and bearing life for each rolling bearing. [Contents] ■ Load distribution and life of each rolling bearing ■ Shaft displacement diagram under gear load ■ Line load of gears and gap width ■ Line load under various load conditions *For more details, please refer to the PDF materials or feel free to contact us.
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We are the Japanese sales agent for MESYS AG (Switzerland), which develops technical calculation software for mechanical designers focused on bearings. Bearings are one of the important mechanical elements. We believe that visualizing the detailed internal load and stress distribution is crucial for better mechanical design. Our main areas of focus include design calculations for mechanical elements such as bearings, gears, shafts, and ball screws. ◆ I want to know the bearing stiffness. ◆ I want to find the optimal preload. ◆ I want to predict bearing life. ◆ I want to analyze vibration problems.