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Design of flow control device for dynamic cold plate and optimization of servers to decrease junction temperature of heat sinks
(2016-12-19)
Electronics cooling research is facing the challenges of high heat flux removal and increased pumping power. Not much attention has been focused related to server and module level cooling. The continued increase in heat ...
Experimental and analytical study of a self-regulated Flow Control Device developed for dynamic cold-plates to cool high-power density multi-chip modules
(2019-11-21)
Modern high-power density modules often demand high amounts of power be
invested in their cooling processes. Uneven heating at the chip level creates hotspots
and temperature gradients across the module. A very effective ...
COMPUTATIONAL DESIGN AND FLOW ANALYSIS OF SMART FLOW CONTROL DEVICE FOR DYNAMIC COLD PLATE USED IN COMPUTER SERVER COOLING
(2016-12-19)
One of the areas which Electronics cooling research is focusing on is high heat fluxes and non-uniform power distribution. Cooling is always required for maximum junction temperature and as such it is important to mitigate ...
THE DESIGN AND LINEARIZATION OF FLOW CONTROL DEVICE AND PRESSURE FORCES ON VALVE
(2017-12-20)
Emerging technologies are pushing the limits by reducing the size of the nodes,
raising the heat densities of packages thereby demanding better thermal management.
The cooling power requirement increases drastically when ...
Cold Plate Based Dynamic Liquid Cooling at Data Center and Chip Level
(2022-07-26)
The rising demand for high-performance central and graphical processing units has resulted in the need for more efficient thermal management techniques like direct-to-chip liquid cooling. Direct Liquid Cooling using cold ...
Optimizing Energy Efficiency and Performance in High-Performance Computing through Advanced Direct-to-Chip Liquid Cooling and LabVIEW-Based Monitoring and Analysis
(2023-12-18)
This research endeavors to significantly enhance energy efficiency and performance in the realm of high-performance computing (HPC). This goal is pursued through a synergistic approach that leverages advanced direct-to-chip ...