USE OF HIGHER-ORDER DERIVATIVES IN DETERMINING THE OPTIMAL SHAPE OF A GRINDING HAMMER AND JAW IN TECHNOLOGICAL MACHINES
Keywords:
crusher hammer, crusher jaw, working element, optimal shape, higher-order derivatives, stress, energy consumption.Abstract
This paper studies the optimal shape of crusher hammers and jaws using higher-order derivatives. Working surfaces are modeled as functions to analyze stress extrema and deformation gradients. Results show that a smooth shape reduces stress and energy consumption. Findings support improved durability and energy efficiency of machines.
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