Sentence examples for electrical dynamics of from inspiring English sources

The aim of this work is to develop a computer tool to accurately simulate the thermal and electrical dynamics of a real thermoelectric (TE) power generating system.

In this paper, a robust controller is presented that compensates for both types of uncertainties; the full mechanical and electrical dynamics of the turbine are considered.

For numerical treatment of such structures, a finite element modelling methodology is presented that incorporates both the piezoelectric coupling effects of the patches and the electrical dynamics of the connected passive electrical circuits.

The whole tracking system, from the electrical dynamics of the motor driver to the torsional compliance of reflectors, has been modeled and simulated in the object-oriented Modelica/Dymola environment, for a first assessment of the design.

A state feedback law is presented for the case of the system with known parameters, and then the control law is extended to adaptive controller for the case when the parameters of the electrical dynamics of the power system are unknown.

High-performance field oriented control (FOC) of induction motors (IMs) relies on the accurate control of their electrical dynamics.

First, a state feedback law is presented for the case of the system with known parameters, and then the control law is extended to adaptive version for the case when the parameters of the electrical dynamics in the power system are unknown.

Adding fluctuation in cortical excitability to the complex equation of brain electrical dynamics in migraine will reconcile conflicting results, which may be useful to enlighten the pathogenesis underlying this condition.

Although computational systems neurobiology is still far ahead of other fields when it comes to multi-scale, multi-algorithms modelling, the coupling of signalling pathways, electrical dynamics and ionic diffusion is still infrequent [ 20].

This paper studies high performance robust motion control of linear motors that have a negligible electrical dynamics.

His lab developed a new class of fluorescent protein indicators of membrane potential, which allow one to visualize electrical dynamics in neurons, heart cells, and bacteria.