Heat Transfer in Spray Cooling
One of the heat transfer modes with high heat transfer coefficient is spray cooling. Spray cooling has many applications in the industry, such as cooling of electronic components or quenching of metallic products. The spray can be either a single phase liquid jet or mixed and atomized with air. In this article, we present some of the work done by researchers in this area
Single Phase Micro Jet Arrayed Impingement
Jet impingement is an attractive cooling mechanism, due to the capability of achieving high heat transfer rates. Over the past 15 years, jet impingement has been explored as a cooling option in microelectronics. This article will discuss the use of single-phase jet impingement using multiple micro jets.
Effect of Enhanced Structures on Water Boiling at Sub-Atmospheric Pressure.
Heat pipes and vapor chambers are devices with very high thermal conductance. Heat pipes and vapor chambers are widely used in thermal management applications for electronic devices, leading to advancements in manufacturing technology and reductions in price. Some of the studies and conclusions of Pal and Joshi and Sloan and Wirtz are explored.
One of the topics that has attracted the least attention in thermal management is the diffusion of heat. This article explores temperature distribution, thermal diffusivity and transient responses of temperature for copper and aluminum heat sinks.
New products, services and events from around the industry.