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Research On Machining Non-Orthogonal Face Gears By Power Skiving With Tooth Flank Modification Based On Six-Axis Machine Tool
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Abstract
To solve the manufacturing difficulties of non-orthogonal face gear, an efficient gear machining method referred to as power skiving is proposed. The machining principle of the power skiving and the relative position between the cutter tool and the workpiece are analyzed. Then, the mathematical model of machining non-orthogonal face gears by power skiving is established and the tooth flank equation is obtained. The installation and movement mode of non-orthogonal face gears on six-axis machine tool are analyzed and the machining parameters are calculated precisely. A method of tooth flank modification on the six-axis machine tool is presented by changing the machining parameters. The meshing performance of the obtained non-orthogonal face gear is analyzed by an example. Finally, the processing test and the tooth flank measurement are carried out. The experimental results show that the non-orthogonal face gear can be machined and modified by power skiving on the proposed six-axis machine tool.
Title: Research On Machining Non-Orthogonal Face Gears By Power Skiving With Tooth Flank Modification Based On Six-Axis Machine Tool
Description:
Abstract
To solve the manufacturing difficulties of non-orthogonal face gear, an efficient gear machining method referred to as power skiving is proposed.
The machining principle of the power skiving and the relative position between the cutter tool and the workpiece are analyzed.
Then, the mathematical model of machining non-orthogonal face gears by power skiving is established and the tooth flank equation is obtained.
The installation and movement mode of non-orthogonal face gears on six-axis machine tool are analyzed and the machining parameters are calculated precisely.
A method of tooth flank modification on the six-axis machine tool is presented by changing the machining parameters.
The meshing performance of the obtained non-orthogonal face gear is analyzed by an example.
Finally, the processing test and the tooth flank measurement are carried out.
The experimental results show that the non-orthogonal face gear can be machined and modified by power skiving on the proposed six-axis machine tool.
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