Abstract: A recent addition to the many milling processes used in manufacturing to cut straight bevel gears (SBGs) is a new face-hobbing (FH) method that uses a virtual hypocycloid straight-lined mechanism to produce straight-lined ...

Abstract: Power skiving for internal gears has drawn increased industry attention in recent years because it has higher precision and productivity than gear shaping or broaching. Yet even though the commonly adopted conical skiving ...

Abstract: The dual interlocking circular cutter (DICC) cutting method, used to produce straight bevel gears (SBGs), employs two interlocked cutters to generate tooth surfaces with a combination of profile and lengthwise crowning. ...

Abstract: Although face milling (FM) is a popular industrial cutting method for mass-producing bevel gears, current machines require many cutters with diverse profile angles to produce different gear types. In this paper, therefore, ...

Abstract: Face milling is not only a primary machining technique for the mass production of bevel gears, but it has also become a standardized process integrated into computer numerical control (CNC) bevel gear-cutting machines in ...

Abstract: Prior to the development of sophisticated computer numerical control (CNC), both face milling (FM) and face hobbing (FH), the two most popular technologies for bevel gear production, required cradle-type machines with ...