Automated Radiation Modeling for Vehicle Thermal Management
Date Published: 1995-02-01
Paper Number:950615
DOI: 10.4271/950615
Citation:
Curran, A., Johnson, K., Marttila, E., and Dudley, S., "Automated Radiation Modeling for Vehicle Thermal Management," SAE Technical Paper 950615, 1995, doi:10.4271/950615.
Author(s):
Allen R. Curran - Michigan Technological Univ.
Keith R. Johnson - Michigan Technological Univ.
Eric A. Marttila - Michigan Technological Univ.
Scott P. Dudley - Ford Motor Co.
Abstract:
A fast, semi-automated method for visualizing the time-varying effects of radiative heat transfer, including obscuration and multiple reflections, is presented. Starting with a finite element surface description, an analyst assigns “groups” to a model by indicating which elements have the same material and surface properties. The elements within each group are combined into isothermal nodes. View factors are then calculated using a variant of the hemi-cube method. Transient nodal temperatures are calculated using an implicit solution to the finite difference equations derived from the thermal properties of each node and the radiation exchange between nodes.
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