A heat sink filled with phase change material (PCM) is an efficient thermal management
device which utilizes the high latent heat of fusion of PCM in the cooling process. To improve …

In this study, a topology-optimized heat sink is developed and applied to electronics cooling
by utilizing a phase change material interspersed through a finned structure. The topology …

Phase change materials represent a unique opportunity for mitigating thermal transients
sustained during the operation of electronics without major increases in the overall system's …

The effectiveness of cascaded phase change materials (PCMs) in improving the efficiency of
latent heat storage systems has been widely proved. However, this heat transfer …

This study presents an optimization procedure for the design of a Latent Heat Thermal
Management System (LHTMS), used for cooling an electronic device with transient and high …

Phase change material (PCM) based heat sink has the potential to be applied for the
thermal management of electronic devices. Whereas, PCM suffers from a low thermal …

The thermal control of electronic components is aimed at ensuring their use in a temperature
range compatible with their performances. This paper presents an experimental study of the …

Efficient thermal management in portable electronic devices is necessary to ensure
sufficiently low operating temperatures for reliability, increased installed functions, and user …

This paper presents a numerical investigation of the thermal performance of a heat sink
augmented with phase change material (PCM) for passive electronic cooling applications …

The boom of additive manufacturing has opened the doors to manufacture complex
architectures with ease. The ever-increasing demands of high computational power has …