process kinematics

INFLUENCE OF PROCESS KINEMATICS AND TOOL DESIGN ON GEAR MACHINING BY POWER SKIVING

The article presents an alternative approach to the description of the cutting scheme, different from the accepted one, which corresponds to the real kinematics of the Power Skiving process. The interpretation of the process is based on the fact that the main cutting movement is the rotational movement of the tool, which, due to the intersection of the axes of the tool and the workpiece, forms the constructive movement of the face in the direction of the axial feed.

Power Skiving as a Modern Method of Cutting Gear Wheels and Features of Its Modeling

Aim. Analyze the state of the branch of new Power skiving technology, the limits of its rational use, its advantages and disadvantages, to form the main directions of development of this method of tooth cutting and optimization of the structure and geometry of its cutting tool. Method.