Sentence examples for models for cooling from inspiring English sources

Thermal models for cooling microscale electronic processor chips through forced and natural convection heat sinks are presented in this paper.

Given a variety of possible underlying architectures, models for cooling and for hardware thermal management, as well as types of tasks, this scenario gives rise to a plethora of interesting and never studied scheduling problems.

The model predictions for cooling capacity, sensible heat ratio (SHR) and coefficient of performance (COP) were compared with experimental data, when it was found that the model is able to predict the experimental trends within a ±6% error band.

We explored seasonal variation in associations by fitting separate Poisson regression models for cooler months (October March) and warmer months (April September) using 4 df/year to adjust for seasonality within each period.

An optimisation model was developed for cooling networks that comprise a number of cooling consumers with different cooling demands in different period of a year, a number of possible cooling generation plant sites as well as cold media storage sites and a number of possible district cooling pipeline routes.

The model incorporates LNG recirculation for cooling the transfer lines for loading/unloading.

Further, comparison between the model and the experimental results for cooling capacity of the helium cryo-refrigerator shows that error is less than 7.6%.

These results show the need for further modeling efforts to combine in a satisfactory manner the flame cooling model of FDS and the present suggested model for fuel cooling.

Ahmadi and Rosen [1] examined a triple comprehensive generation model consisting of a triple system for cooling, heating, and power generation which includes a cycle gas turbines, organic Rankine cycle, a single-effect absorption cooler, and a conventional water heater.

Such a three-dimensional model has been also put forth for cooling of two magma chambers in the Las Tres Vírgenes geothermal field, Baja California Sur, Mexico (Guerrero-Martínez and Verma 2013).

A detailed model for the cooling tower based on the Merkel's method is used.