A multi-model collaborative optimization framework for compound modification of helical gears considering angular misalignment errors

Key Points

• Enhanced performance is observed with the proposed optimization framework, addressing angular misalignment.
• Using a multi-model collaborative optimization approach, the research demonstrates significant improvements in gear modification.
• The analysis integrates various models to assess the impact of design choices on gear performance under misalignment conditions.
• Improvements in compound modification protocols are highlighted, emphasizing the need for further real-world testing and validation.