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The bevel gear contact stress calculus main objective is to avoid the pitting appearance on tooth flank. According to ISO 10300, which refers to bevel gear calculations, the contact strength depends by the tooth geometry, gear manufacturing accuracy, tooth stiffness, deflection of gear-supporting housings, shafts, bearings and load. The load sharing factor ZLS corrects the contact calculus hypothesis which refers to one pair of mesh gear. In this paper the influence of the tooth geometry on this factor value is presented. The conclusions of this analysis are useful for design engineers to obtain reduced overall dimensions bevel gears.

BEVEL GEARS GEOMETRY INFLUENCE ON THE LOAD SHARING FACTOR ZLS