Mathematical Modeling and Research of Purpose Function for Relative Power Consumption per Unit Product in KID-300 Operation
Journal Title: RECENT - Year 2015, Vol 16, Issue 45
Abstract
This paper presents the creation of mathematical model of purpose function for relative power consumption per unit product at operation with cone inertial crusher type KID-300. There are presented the choice of governing factors affecting on the purpose function for relative power consumption and formulation of purpose function for relative power consumption. There are experiment and statistical analysis of the experimental results. Results from statistical analysis of relative power consumption purpose function are presented and analyzed with regression models and 3D diagrams for determination of the influence of governing factors. The results will be used for a future work of functional crushing process optimization and multiple factors optimization of the working process in terms of relative power consumption per unit product in cone inertial crushers.
Authors and Affiliations
Simeon SAVOV, Petko NEDYALKOV
Keywords
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