Sentence examples for model a thermal from inspiring English sources

Using this model, a thermal parametric analysis is executed and from the corresponding statistical analysis of the data generated, the practical expressions are derived.

The heat flow data, used in the conventional method to model a thermal structure on the basis of a partial differential equation, are obtainable only at the ground surface, which is generally more than 10 km above the lower crust.

When coupled with a thermo-physiological model, a thermal manikin becomes a human simulator that is capable of mimicking realistic dynamic human thermo-physiological responses to a given environment.

When coupled with a thermo-physiological model, a thermal manikin becomes an adaptive manikin that is capable of mimicking realistic dynamic human thermo-physiological responses to a given environment.

Typically, governing equations are solved to model a thermal structure in the deep crust by assuming factors such as the heat conductivity of rocks, the radioactive heat production, fluid convection, and partial melting, using heat flow data obtained at the ground surface (Jaupart and Mareschal, 2010).

The simulation tool Comsol Multiphysics is a high end simulation program of the latest generation, which means that a mechanical model can be combined in one simulation with a hydraulic model and, for example, a thermal model.

A mechanical model and a thermal model were established to analyze the jet thrust and the jetting frequency.

Two theoretical models, a thermal model and a fluid model, have been developed to characterize the evaporative system and the tower design respectively.

To reduce the difficulty of designing the numerical models, a thermal resistance model is employed to determine the thermal conductivity of the TEM.

This chapter discusses the mathematical method of modeling a thermal system and illustrates some approaches for the design of mechanical heat sinking assemblies.

Each one of these models requires a thermal model to predict the temperature change that could affect battery performance parameters, such as resistance, capacity and state of charges.