Abstract
The cycloidal wheel is a key component of the RV reducer, and its reliability directly affects the overall performance of the RV reducer. Based on the stress-intensity distribution interference theory, this paper establishes a mathematical calculation model for the reliability of the cycloidal wheel. Using software to write the program, analyze the distribution type of contact force and contact fatigue strength of cycloidal wheel, and then use software based on theoretical calculation, and calculate the reliability based on Monte Carlo method. Then through the parameter sensitivity analysis, it is concluded that the degree of influence of the parameters that change with the actual operating factors on the reliability during the actual operation provides a basis for the key calculation of the reliability analysis of the tooth surface contact fatigue of the cycloidal gear.
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