Add to ORKGThe ever rising transistor densities and switching speeds in microprocessors have been accompanied a dramatic increase in the system heat flux and power dissipation. In this context the rising IC densities combined with even more stringent performance and reliability requirement have made thermal management issues ever more prominent in the design of sophisticated microelectronic systems. In order to achieve a higher degree of power dissipation extruded heat sinks have been a standard for many years. The objective of this paper is to use an evolutionary optimization method for the determination of the optimal heat sink dimensions, such that the optimized dimensions are within realistic manufacturing constraints and the heat dissipation capa...
The usage of a very large scale integrated circuits generate high heat fluxes and require an effecti...
The cooling of electronic devices is essential to guarantee their functional performance and operati...
The development of high-power electronic devices in various energy systems has recently gained atten...
Single and multi-objective thermal performance of heat sink are considered using evolutionary optimi...
Power electronic converters are becoming a critical part of the continuing electrification of transp...
[[abstract]]Thermoelectric cooling (TEC) system has grown significantly because of the need for a st...
Cooling of electronic devices is problematic by its nature simply because of the space restriction. ...
[[abstract]]This paper presents a formal systematic optimization process to plate-fins heat sink des...
The increase in dissipated power per unit area of electronic components sets higher demands on the p...
A simple thermal resistance network model is developed to optimize the overall thermal performance o...
The design of a micro multi-channel heat sink to achieve the minimum thermal resistance is the purpo...
[[abstract]]The demand for thermoelectric coolers (TEC) has grown significantly because of the need ...
Power conversion units are used any time there is an electrical energy conversion or a nominal volta...
This article deals with the design of optimum microchannel heat sinks through Unified Particle Swarm...
Dimensional optimization of silicon microchannel heat sinks is performed by minimizing the total the...
The usage of a very large scale integrated circuits generate high heat fluxes and require an effecti...
The cooling of electronic devices is essential to guarantee their functional performance and operati...
The development of high-power electronic devices in various energy systems has recently gained atten...
Single and multi-objective thermal performance of heat sink are considered using evolutionary optimi...
Power electronic converters are becoming a critical part of the continuing electrification of transp...
[[abstract]]Thermoelectric cooling (TEC) system has grown significantly because of the need for a st...
Cooling of electronic devices is problematic by its nature simply because of the space restriction. ...
[[abstract]]This paper presents a formal systematic optimization process to plate-fins heat sink des...
The increase in dissipated power per unit area of electronic components sets higher demands on the p...
A simple thermal resistance network model is developed to optimize the overall thermal performance o...
The design of a micro multi-channel heat sink to achieve the minimum thermal resistance is the purpo...
[[abstract]]The demand for thermoelectric coolers (TEC) has grown significantly because of the need ...
Power conversion units are used any time there is an electrical energy conversion or a nominal volta...
This article deals with the design of optimum microchannel heat sinks through Unified Particle Swarm...
Dimensional optimization of silicon microchannel heat sinks is performed by minimizing the total the...
The usage of a very large scale integrated circuits generate high heat fluxes and require an effecti...
The cooling of electronic devices is essential to guarantee their functional performance and operati...
The development of high-power electronic devices in various energy systems has recently gained atten...