Sentence examples for behavior of the power from inspiring English sources

The electro-thermal finite element (FE) behavior of the power module is also investigated, based on a numerical analysis.

As with the plant gain, the behavior of the power converter is often known with limited accuracy.

The prompt and self-charging behavior of the power cell was established by mechanically deforming it under human finger imparting and by several casual natural body motions.

For coal-fired power plants information of the moisture content in the coal is important to determine and control the dynamical behavior of the power plants.

The load for this transaxle and behavior of the power train under this hybrid system were analyzed by a simulation and an experiment.

The main focus of this paper is to evaluate the behavior of the power plants that operate with a partially decomposed organic fluid.

First, a novel hybrid model is founded to clearly explain the hybrid dynamical behaviors of the power systems.

To meet the 30 years (∼263,000 h) design lifetime of a typical thermal power plant, understanding and modeling of the long-term creep behaviors of the power plant structural steels are critical to prevent premature structural failure due to creep.

Results of this study demonstrate that numerical analysis can replace and reduce the number of experiments, as well as forecast the electrical, thermal, and mechanical behaviors of the power module efficiently.

Data sources include logs of the behavior of the electric power infrastructure and extensive interviews with personnel at various levels of the organization.

We propose a simple feedback control law that significantly improves the tracking behavior of the total power output of the farm, resulting in higher performance scores.