IntroductionIn the field of precision forged gears, there is a well - recognized saying: "80% of a gear's service life is determined by its forging streamlines". Streamlines are the "invisible backbone" of gears, and their integrity directly decides whether the gear can withstand long - term high -

Gear profile modification refers to the deliberate and slight modification of the theoretical involute tooth profile (or other tooth profiles) of gears to produce non-ideal involute tooth shapes. As a crucial optimization method in gear design, its fundamental purpose is not to correct errors but to

In the field of gear manufacturing, traditional processes like hobbing, shaping, and grinding have long been dominant. However, power skiving, an innovative yet time-tested machining method, is gaining increasing traction in modern precision manufacturing due to its unique working principle and outs

In gear transmission systems, surface roughness is a critical parameter that directly impacts contact performance, friction and wear behavior, noise levels, and fatigue life of gears. Rational roughness design can significantly enhance load-carrying capacity, reduce vibration and noise, and extend s