Sentence examples for heat generation model from inspiring English sources

A battery resistance model is then used to couple the experimental boundary conditions with the finite differencing code, which employed a cell-based internal heat generation model to describe the pack chemical reaction mechanism.

In this article, heat generation model for both raceway and rib of railway bearings were respectively established via the combination of local thermal approach with elastohydrodynamic lubrication (EHL) theory, the heat generation characteristics of bearing were investigated in multiple working conditions and structural parameters.

Existing heat generation models in Lithium-Ion battery is defined as the thermal boundary conditions.

For the first time a comparative thermal analysis of the friction welding process using various heat generation models is presented.

The passive building simulation tool QUICK II was extended with natural ventilation and animal heat generation models for the design of animal housing facilities.

The selected models are the volumetric heat generation rate model, Gaussian model, and double ellipsoidal model.

This manuscript describes a modeling workflow based on a new Rhinoceros-based plugin that combines an Urban Building Energy Model with a network topology optimization and a heat generation scenario model bridging the gap between the planning phase and the design phase.

The evaluations indicate that the volumetric heat generation rate model has the best performance.

These losses have then been used in the thermal part of the model as heat generation and is modeled by the finite difference and finite element method.

We demonstrate its physical relevance, provide a methodology in yielding its parameters from experiments, and show how it can be combined with heat generation and cooling models to create a complete minimal data center system model, which can be simulated in only a small fraction of a CFD simulation time.

In general, the three dimensional model predicted more heat generation than the porous-electrode theory model at large discharge rates due to the wider distribution of physical and electrochemical properties.