Abstract: A vehicle drivetrain assembly, and method for making the assembly, including first and second torque transmitting members, one of which is made of aluminum and the other of which is made of steel, and being joined by an electromagnetic pulse weld progressively applied along a radial direction relative to a central axis of the assembly.
Abstract: A vehicle drivetrain assembly (10) and method for making the assembly of first and second torque transmitting members (12, 14), one of which (12) is aluminum and the other of which (14) is steel, that are joined by an electromagnetic pulse weld (16) progressively applied along a radial direction relative to the axis (A) of assembly rotation so as to provide a lightweight construction.
Abstract: A vehicle drivetrain assembly (10) and method for making the assembly of first and second torque transmitting members (12, 14), one of which (12) is aluminum and the other of which (14) is steel, that are joined by an electromagnetic pulse weld (16) progressively applied along a radial direction relative to the axis (A) of assembly rotation so as to provide a lightweight construction.
Abstract: A method for making a differential gear casing (22) flow forms a first casing half (30) and forms a second casing half (32), both with hemispherical portions (34 and 52) and with radial flanges (36 and 56) with the latter also having an axial projection (58). An interior positioning surface (38) of the first casing half (30) and an exterior positioning surface (60) of the second casing half (32) position the casing halves with respect to each other.
Abstract: A method and apparatus (10) provide a flow formed part assembly (12) having mechanically interlocked first and second metallic parts (22) and (24).
Abstract: A transmission component (12, 12?) for transferring torque about a transmission rotational axis A includes a shell output carrier (62) and a ring gear portion (64) of a unitary one-piece construction flow formed from a blank around a mandrel. The transmission component (12, 12?) transfers torque between a planet gear carrier (28) of a first planetary gear set (18) and a ring gear location of a second planetary gear set (20).