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Theory of Constant Velocity Joints
Hertzian Theory and the Limits of Its Application
Index of Tables
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articulation angle axial axle ball joint cage calculated coefficient of conformity compressive load constant velocity joint cos2 cross trunnion curvature deformation diameter double Hooke's joint double joint durability dynamic torque capacity effective geometry elliptical engine equation fixed joint flange four wheel drive front wheel drive German patent GKN Automotive groove GWB design Hertzian stress Hooke's jointed driveshafts inner race intermediate shaft intersecting joint centre joint Fig load capacity Lobro lubrication maximum needle bearings offset OOOOOOOOOO outboard outer race passenger cars plain bearings plunging element plunging joint power take-off pressure angle principal dimensions radius ratio rear wheel drive roller bearings rolling bodies Rzeppa sealing Sect shown in Fig sin2 single joints skew angle sliding speed spherical splines static torque capacity stress p0 support bearings surface stress Table transmission transmit the torque tripode joint universal joint values vehicles W-configuration yoke