This work demonstrates that the design and geometry of gears and the measuring and processing of noise and vibration information are logical, and can be investigated without a detailed knowledge of mathematics or complex computations. It focuses on problems of design, metrology, development and troubleshooting when noise and vibration occur.
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This work demonstrates that the design and geometry of gears and the measuring and processing of noise and vibration information are logical, and can be investigated without a detailed knowledge of mathematics or complex computations. It focuses on problems of design, metrology, development and troubleshooting when noise and vibration occur.
Read Less