Fig. 1 Schematic illustrations of three alternative methods for the design of interference-free power-skiving tools: ( a ) conical shape tool, ( b ) cylindrical shape tool with offset rake surface, and ( c ) cylindrical shape tool with tilt angle More about this image found in Schematic illustrations of three alternative methods for the design of inte...

Fig. 2 Kinematical modeling of power-skiving cutting with tilt angle δ More about this image found in Kinematical modeling of power-skiving cutting with tilt angle δ

Fig. 3 Schematic illustrations of rotational contact relation between internal gear surface and bowl-shaped auxiliary tool generating surface without mutual interference: ( a ) 3-D perspective, ( b ) view from y g -axis direction, and ( c ) view from y t -axis direction More about this image found in Schematic illustrations of rotational contact relation between internal gea...

Fig. 4 Schematic illustration of relationship between cylindrical tool and bowl-shaped auxiliary tool generating surface without mutual interference More about this image found in Schematic illustration of relationship between cylindrical tool and bowl-sh...

Fig. 5 Schematic illustrations of rack parameters: ( a ) top view, ( b ) normal cross-section view (i.e., A–A section), and ( c ) kinematical modeling between rack and gear More about this image found in Schematic illustrations of rack parameters: ( a ) top view, ( b ) normal cr...

Fig. 6 Relations between power-skiving tool, gear profile surface, generating surface, rake surface, and tool cutting edge More about this image found in Relations between power-skiving tool, gear profile surface, generating surf...

Fig. 7 Schematic illustration of rake plane definition (note that for simplicity only a single cutter tooth is shown.) More about this image found in Schematic illustration of rake plane definition (note that for simplicity o...

Fig. 8 CAD model of a proposed power-skiving tool More about this image found in CAD model of a proposed power-skiving tool

Fig. 9 Constructive clearance angle analysis for all conjugate points along the cutting edge of the power-skiving tool More about this image found in Constructive clearance angle analysis for all conjugate points along the cu...

Fig. 10 Gap analysis between power-skiving tool clearance surface and gear profile surface for different tool rotation angles: ( a ) −2 deg, ( b ) 0 deg, ( c ) + 2 deg, and ( d ) the definition of the gap More about this image found in Gap analysis between power-skiving tool clearance surface and gear profile ...