Light emitting diodes (LEDs) are fascinating a thermal problem due to the increase of their
junction temperature. Thermal management of LED module is the key to improve the …

In order to develop the thermal management of high-power LEDs, an automatic cooling
device was firstly integrated with a microcontroller, heat pipes and fan. According to the …

In this study, effects of the dimensions and the thermal conductivity of the substrate on the
heat transfer characteristics of a LED module are investigated. The total thermal resistance …

This paper is intended to ensure adequate thermal management to extract and dissipate the
heat emitted by a square Light Emitting Diode (LED) and to guarantee efficient and safe …

The purpose of this paper is to assess thermal management and optimization of several
parameters such as: materials, size and thickness of all subcomponents of single-chip Light …

The aim of this paper is to ensure proper thermal management in order to remove and
dissipate the heat produced by a square Light Emitting Diode (LED), as well as to ensure …

This work investigates the effect of the anisotropy on the heat transfer properties of layered
composite materials with discrete heat sources, that are used in the power electronics of …

The photo-thermal-electro characteristics of a high power InGaN LED module were studied
both experimentally and theoretically. Three types of heat sink substrate composed of two …

This study uses the T3Ster transient thermal resistance measuring device to investigate the
effects to heat transfer performances from different LED crystal grains, packaging methods …

We present a method for the optimization of the thermal cooling of heat sources mounted on
top of layered composites and pyramidal substrates, that are widely used in the power …