ADAPTIVE TRAJECTORY FORMATION ALGORITHMS FOR IMPROVING AUTOMATIC FINISHING OF UNDEFINITE SURFACES IN ROBOT MANIPULATORS
Keywords:
Robotic manipulators, Adaptive trajectory, Uncertain surfaces, Automatic finishing, Sensory analysis, Real-time controlAbstract
This article analyzes the energy efficiency of a new multicyclone device. The focus is on identifying strategies to reduce energy consumption and increase efficiency and justifying them using mathematical models. The analysis is carried out on the basis of in-depth mathematical modeling of the aerodynamic forces in the cyclone, the energy lost due to pressure drop, and the overall efficiency of the device. As a result of the analysis, new design proposals are introduced to further increase energy efficiency, and these proposals are mathematically justified, which are aimed at minimizing energy consumption.
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Copyright (c) 2025 Azizjon Xayitov
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