Kinematic Synthesis and Analysis of  Alternate Mechanism for Stone Crusher  Using Relative Velocity Method

Anjali J. Joshi; Dr. Jayant P. Modak

Volume : II, Issue : III, March - 2013

Kinematic Synthesis and Analysis of Alternate Mechanism for Stone Crusher Using Relative Velocity Method

Anjali J. Joshi, Dr. Jayant P. Modak

Abstract :

Stone crushers are developed for reducing the size of stones to a desired size. Till today for reducing sizes of stones from 10cm x 10cm to 2.5cm x 2.5cm in quarries is a laborious job and is done manually. So our approach is to develop a best optimum mechanism for said requirement. For this we are proposing different alternate mechanisms for same capacities, out of which best optimum design will be find out by using Multiple Regression Analysis using MATLAB software. Purpose of this paper is to design and develop one alternate mechanism for a same capacity stone crusher mechanisms like we have already proposed in the different journals [ref.–1].The basic idea is to optimize the design of the crusher which would be best suited for stone which need crushing force of 3 Tons.