Sentence examples for electromechanical generator from inspiring English sources

Just as an outdated procedure called a cardiomyoplasty involved severing a seldom-used upper-back muscle and wrapping it around the heart to assist in pumping blood, muscle fibres might be retrained to crank an electromechanical generator.

Conversion of energy from mechanical to electrical requires miniature electromechanical generators that can currently provide between 25%and50%0% conversion efficiency.

The overall electromechanical wind generator model includes 24 state variables: four mechanical, eleven electrical, and nine more – one for each controller – associated to the control system.

One of the factors enhancing transport efficiency is to introduce the suspension system based on the energy-regenerative shock absorber which converts mechanical losses in the suspension into electric energy by means of the electromechanical converter (generator).

The operation of the MVR was modelled and simulated including vehicle-track contact, track vibration, the dynamic response of the MVR and an electromechanical analysis of the generator.

The device configuration including the aspect ratio (the length of the cantilever to the width of the cantilever) and the thickness ratio (the substrate layer to the AlN film layer) were analyzed for optimizing transverse electromechanical coupling coefficient of generators.

The modal analysis method is utilized to study the influence of doubly-fed induction generator (DFIG) on electromechanical oscillations.

In addition to the coordinated control of ac and dc bus voltages, the proposed controller also provides good damping to the electromechanical oscillation of the synchronous generator under transient disturbances.

Experimental results confirm the predictions given by an electromechanical model: compared to usual generators, the proposed approaches dramatically increase the power of the generators.

These basic properties are put to use in electromechanical transducers such as ultrasonic generators, microphones, and phonograph pickups and in electromechanical resonators.

The disturbances occurring in a power system induce electromechanical oscillations of the electrical generators.