Mel'nychuk S. Energy-saving recuperative systems for rotation bodies tests.

The dissertation is devoted to energy-saving problem during rotation bodies cyclic tests. Probability of kinetic energy of accelerated to the highest possible speed object of test saving during its deceleration by recuperation into another kinds of energy or accumulation by another rotating objects is shown. The class of mechanical systems with obviously delineated recuperator that allow realizing the cycle of kinetic-potential-kinetic energy recuperation in autonomous mode developed. Based on oscillating crank gear recuperative quasi-conservative system developed for simultaneous cyclic load of two rotation bodies in antiphase. Experimental tests of this system model show the energy economy up to 70% per cycle.