New Approcah For Assessing Whirling Process Parameters By Computing Equations

Abstract

There is greater demand for sheet metal spinning, because of cost impact on the parts with very high strength-to-weight ratios available at low cost. Presently there is no adequately guideline available for industry to set process parameters for Whirling Process. Industries are setting such process parameters by hit and trails. Therefore it delays in meeting product delivery time and establishing desired quality of output. Looking at business demand there is great requirement further research on providing setting parameter for Whirling process. Whirling processes are efficient in producing certain characteristics; and there is great flexibility in the process, with a relatively low tool cost. The objectives of this investigation are to establish critical working parameters in spinning, by computing equation on product quality characteristics; and to optimize the working parameters.

The example used is the stainless steel covers which are used in king pin application in four wheeler industry. This research will help metal formulating Industries to establish whirling process with quality and quantity [2Q].