A Multilayer 2D FEM Approach for Solving 3D Thermal Problems is Electronic Boards for Spatial Applications
Abstract
A thermal model to predict the temperature distribution on the electronic boards of Argentinian satellite SAC-C is presented. A simple model of the box that contains the
boards provides the boundary conditions for the thermal calculation of the boards itself.
The 3D thermal problem of each board was solved with a novel 2D multilayer FEM developed by the authors. This approach is aplicable because no convection colling is present and thermal radiation can be conservatively neglected.
boards provides the boundary conditions for the thermal calculation of the boards itself.
The 3D thermal problem of each board was solved with a novel 2D multilayer FEM developed by the authors. This approach is aplicable because no convection colling is present and thermal radiation can be conservatively neglected.
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PDFAsociación Argentina de Mecánica Computacional
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ISSN 2591-3522