Energy-technological complex with operating mode intellectual control and vibration protection using repulsive clathrates
The new results on the base of thermomolecular energetics for energy-technological complex with operating mode intellectual control and vibration protection using repulsive clathrates under the dynamic effects has received. And the devices of effective destruction and protection on this base were created. The new technologies of the repulsive clathrates as the new elements of energy-technological complex construction interaction with the working environment have developed. And the amplitude-frequency characteristics of the structural elements with the repulsive clathrates are adapted to the spectrum of the dominant frequencies of working environment providing resonant modes, and an optimal distribution of energy.
A pilot sample of damper for hydraulic jackhammer with the powerful vibration protection on repulsive clathrates and clathrate-driven adaptation of work to the working environment conditions was designed. The mathematical models to determine the rational parameters of the structural elements for energy-technological complex were created. The techniques for the bench experimental studies of the repulsive clathrates properties were produced.
Methodical recommendations for creating of the repulsive clathrates, suitable for the high-performance systems of dissipation of mechanical energy were received (minimal volumes of the working chambers of shock absorbers, the maximum power density and a wide frequency range of energy dissipation). A technique for repulsive clathrate thermal properties calculating was prodused.