Add to ORKGThis study examines how direct chip cooling with microchannels can be implemented to regulate the junction temperature of silicon integrated circuits. An optimization is done to identify the channel configuration yielding the minimum pressure drop for a given heat load
The substantial increase in the transistor density of integrated circuits (ICs) in recent times has ...
Microchannel technology rapidly established itself as a practicable solution to the problem of the r...
High-heat-flux removal is critical for the nextgeneration electronic devices to reliably operate wit...
Direct cooling of an electronic chip of 25mm x 25mm in size is analyzed as a function of channel geo...
The high heat transfer coefficients in microchannels are attractive for direct cooling of computer c...
In this research work, silicon microchannels are studied for computational analysis of heat transfer...
The increased circuit density on today’s computer chips is reaching the heat dissipation limits for ...
Graduation date: 1990Liquid cooled, laminar microchannel heat sinks were\ud earlier proposed by Tuck...
The objective of this study was to analyze theoretically and experimentally the fluid characteristic...
The paper discusses the numerical simulation of a micro-channel heat sink in microelectronics coolin...
As the world is shifting towards a digital era with advances in technology, demand for high-performa...
This paper documents the geometrical optimization of a micro-channel heatsink embedded inside a high...
This research presents the analysis and realization of a single phase high performance manifold micr...
• Novel segmented micro-channel heat sink has been designed. • CFD models have been developed to sim...
Penyerap haba saluran mikro menjadikan sebuah teknologi penyejukan berinovatif bagi lesapan berkesan...
The substantial increase in the transistor density of integrated circuits (ICs) in recent times has ...
Microchannel technology rapidly established itself as a practicable solution to the problem of the r...
High-heat-flux removal is critical for the nextgeneration electronic devices to reliably operate wit...
Direct cooling of an electronic chip of 25mm x 25mm in size is analyzed as a function of channel geo...
The high heat transfer coefficients in microchannels are attractive for direct cooling of computer c...
In this research work, silicon microchannels are studied for computational analysis of heat transfer...
The increased circuit density on today’s computer chips is reaching the heat dissipation limits for ...
Graduation date: 1990Liquid cooled, laminar microchannel heat sinks were\ud earlier proposed by Tuck...
The objective of this study was to analyze theoretically and experimentally the fluid characteristic...
The paper discusses the numerical simulation of a micro-channel heat sink in microelectronics coolin...
As the world is shifting towards a digital era with advances in technology, demand for high-performa...
This paper documents the geometrical optimization of a micro-channel heatsink embedded inside a high...
This research presents the analysis and realization of a single phase high performance manifold micr...
• Novel segmented micro-channel heat sink has been designed. • CFD models have been developed to sim...
Penyerap haba saluran mikro menjadikan sebuah teknologi penyejukan berinovatif bagi lesapan berkesan...
The substantial increase in the transistor density of integrated circuits (ICs) in recent times has ...
Microchannel technology rapidly established itself as a practicable solution to the problem of the r...
High-heat-flux removal is critical for the nextgeneration electronic devices to reliably operate wit...