In an attempt to better understand how the durability of ahelical gearset is affected by changes in profile (mP) and facecontact ratio (mF), an analytical investigation was done in whichmP was varied. Thirty-two combinations were studied in total. Thegears were modeled using the hybrid finite element computationalmethod Contact Analysis Programming Package (CAPP), of AdvancedNumerical Solutions. The results of this analysis suggest that fora given level of face contact ratio, an advantage in bending andcompressive stress exists at the mP=2.1 level over all of theothers considered. Increasing both mP and mF had the effect ofsmoothing out the bending and compressive stresses when viewed as afunction of roll angle.
- Edition:
- 95
- Published:
- 10/01/1995
- Number of Pages:
- 12
- File Size:
- 0 files
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