The temperature has significant impact on the electronic performances. Therefore, the effective cooing is a key issue to improve the electronic performances especially as the electronic devices are being designed smaller and smaller. In this project, the different cooling methods for electronic devices will be studied and compared. In this project, six different methods of electronic cooing have been identified and summarized. Two kinds of cooling method microchannel heat sink have been designed. They are air cooling and water cooling. Rectangular straight microchannel heat sink has been designed to simulate the effects of the different cooling methods. Also, the effects of the inlet velocity, pressure drop, thermal resistance, temperatu...
Details infallible techniques for designing electronic hardware to withstand severe thermal environm...
The ongoing evolution of electronic systems that operate under extreme conditions has led to persist...
The increasing heat flux densities from portable electronics are leading to new methodologies being ...
The temperature has significant impact on the electronic performances. Therefore, the effective cooi...
In this work, the physical problems associated with heat removal of electronic systems at different ...
Some high-effectiveness heat sinks of novel conception are proposed for the forced cooling of electr...
Over the past two decades, electronic technology and miniaturization of electronic devices continue ...
Existing passive cooling solutions limit the short-term thermal output of systems, thereby either li...
Selected state of the art micro scale convective heat transfer techniques are presented for use in h...
A simulation of the cooling of electronic devices was carried out by means of microchannels, using w...
Thermal management in the field of electronic devices has become a challenge due to the recent minia...
This paper presents a detailed literature review on the thermal management issue faced by electronic...
Abstract: Problem statement: The power density of electronic devices has been increasing along with ...
The paper discusses the numerical simulation of a micro-channel heat sink in microelectronics coolin...
With technology advancing exponentially, sizes of these electronic devices are decreasing as well. A...
Details infallible techniques for designing electronic hardware to withstand severe thermal environm...
The ongoing evolution of electronic systems that operate under extreme conditions has led to persist...
The increasing heat flux densities from portable electronics are leading to new methodologies being ...
The temperature has significant impact on the electronic performances. Therefore, the effective cooi...
In this work, the physical problems associated with heat removal of electronic systems at different ...
Some high-effectiveness heat sinks of novel conception are proposed for the forced cooling of electr...
Over the past two decades, electronic technology and miniaturization of electronic devices continue ...
Existing passive cooling solutions limit the short-term thermal output of systems, thereby either li...
Selected state of the art micro scale convective heat transfer techniques are presented for use in h...
A simulation of the cooling of electronic devices was carried out by means of microchannels, using w...
Thermal management in the field of electronic devices has become a challenge due to the recent minia...
This paper presents a detailed literature review on the thermal management issue faced by electronic...
Abstract: Problem statement: The power density of electronic devices has been increasing along with ...
The paper discusses the numerical simulation of a micro-channel heat sink in microelectronics coolin...
With technology advancing exponentially, sizes of these electronic devices are decreasing as well. A...
Details infallible techniques for designing electronic hardware to withstand severe thermal environm...
The ongoing evolution of electronic systems that operate under extreme conditions has led to persist...
The increasing heat flux densities from portable electronics are leading to new methodologies being ...