Research on the mechanism of concave error in shaving tooth with multi-source and multi-factor coupling

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Analysis identifies multi-source factors affecting concave error in shaving tooth, suggesting optimized genetic algorithm minimizes deviation.

The optimized genetic algorithm effectively reduces the shaving tooth profile's concave error by controlling cutting depth.
Concave error was minimized to 5.973084 μm, less than typical errors of 0.01–0.03 mm.
A numerical coupling method integrated factors like overlap and axis intersection error into the shaving model.
Research highlights the complexity of factors influencing shaving tooth profiles, indicating a need for comprehensive analysis.

Men et al. (2025) studied this question.

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Analysis identifies multi-source factors affecting concave error in shaving tooth, suggesting optimized genetic algorithm minimizes deviation.