Automated FE Analysis for Heat Sink of LED Modules

Abstract

This paper describes an automatic finite element (FE) mesh generation for FE analysis of LED modules. It is consisting of element generation, bubble packing and solid geometry modeler. This automated FE analysis system including bubble packing method consists of three sub-processes: (a) definition of geometric model, i.e. analysis model, (b) generation of bubbles, and (c) generation of elements. One of commercial solid modelers is employed for three-dimensional solid structures. Bubble is generated if its distance from existing bubble points is similar to the bubble spacing function at the point. The Delaunay method is introduced as a basic tool for element generation. The developed system allows designers to evaluate detailed physical behaviors of structures through some simple interactive operations to their geometry models. To demonstrate practical performances of the present system, the system was used to an analysis of heat sink. Practical performances of the present system are demonstrated through several examples for heat sink of LED modules.

Thermal Mechanics Based Energy Efficient FIR Filter for Digital Signal Processing

“…We are using two different airflow 250 LFM and 500 LFM. A 2D numerical model is used to modeling the movement of air [4] practical performances of the present system, the system was used to an analysis of heat sink [5]. In our work, we are extending this idea into custom, low profile, medium profile and high profile hit sink.…”