Investigation of The Effect of Design Variables on Slip Assembly: Spline Module and Slip Length

The driveshaft which transmits the power from engine to wheels in motor vehicles is one of vital elements driveline. Driveshafts have two basic motions depending on road conditions, angular and axial movements. Angular movement provided by universal joints while slip assembly involves a group sliding components. Therefore, an important part drive shaft. Basically, consists parts are connected each other means their spline forms. can move back forth longitudinally they transmit torque thanks connection interface And so, slide adjust shaft lengths due position axles under conditions.
 During vehicle movement, subjected torsion like components driveshaft. In this context, size magnitude length compensation highly design process assembly. study, effect been investigated for yoke design, using analytical numerical methods terms shear stress. It has observed that give similar results stress pitch diameter spline. Thus, method be preferred instead finite element analysis (FEA), especially considering FEA time consuming compared process.