Theoretical Analysis of Swing Jaw Plates used in Heat Exchanger

摘要

A jaw crusher breaks minerals, ores of high strength. The stiffness of swing jaw plate has not been varied with changes in rock strength. Thus stiffness of swing plate is enough to crush taconite with an unconfined compressive strength (Q_U) of up to 308 MPa, may be over signed for softer fragmental. Hence the weight of the swing plate is necessary to reduced. In this paper, work can be done with help of Point-Load Deformation Failure (PDF) relationship along with interactive failure of rock particles. Design of a plate is carried by using CATIA software. The finite element analysis (FEA) will be carried out by using ANSYS software. The changes found in corrugated swing jaw plates behaviour are calculated with the traditional jaw. The modified stiffened plate model is estimated to reduce the consumption of energy by 35%.