For an efficient and precise machining of spiral gear, the special face-milling process for
spiral bevel gear is developed and widely used, exhibiting great difference from the general …

For face-hobbed hypoid gears showing complex flexural behavior, tooth flank roughness
was introduced into numerical loaded tooth contact analysis (NLTCA) to establish an …

In the machining process, prediction of the cutting force is the key to cutting simulation and
optimization. Specially, for the face milling of the spiral bevel gear, the un-deformed chip …

A model for computerized generation of spiral bevel gears in the cyclo-palloid system is
proposed. Kinematic conditions of cutting are investigated for tooth thickness and backlash …

The kinematics is developed and investigated deeply for the point-conjugate tooth surface
couple. The formation principle of the conjugate tooth surface couple is studied by means of …

As a prospective machining method for cylindrical gear, gear skiving has been promoted by
many commercial companies, such as Gleason, Mitsubishi, and Prawema recently. Although …

A method for remanufacturing pinion member of large-sized skew bevel gears using a CNC
machining center and respecting an existing gear member is proposed. For this study, first …

For hypoid gear transmission showing time-varying meshing characteristics, three always is
a very complicated solid-liquid-thermo-mechanical coupling lubrication interface behavior …

Currently, the forging process is widely used for the mass production of bevel gear with
advantages of high efficiency and low cost. Due to the complicated deformed mechanism …

In cross-axis gears (bevel gears), the calculation of the meshing tooth profiles is a
complicated and demanding procedure requiring heavy geometrical models with many …