Heat sink is a passive heat exchanger which transfer the heat to the fluid domain from the devices especially integrated circuit such as CPU, graphic card, chipset and hard disk drives that produce heat. Basically, to dissipate more heat and increase the rate of heat transfer, the area of heat sink need to be increase as well. The method is already applied in industry such as adding fins to the heat sink. Then, the steady-air flow, rate of heat transfer and fins efficiency can be enhanced. If these three main factor cannot be done, it will result failure in electric equipment. As a result, the most efficient cooling is still remain a challenge in engineering especially this thermal case
The rapid development in the field of electronics has led to high power densities and miniaturizatio...
The forced-air cooling technique, one of the effective methods for thermal management of electronic ...
Heat sinks were invented to absorb heat from an electronic circuit conduct, and then to dissipate or...
Electronics has leaded most technological advances of the past 60 years. There are technologies with...
The performance of computers is driven by the consumer demand, resulting inthe tremendous increase i...
The computational fluid dynamics is concentrated on the forced air cooling of the CPU using a heat s...
Abstract — The development of the digital computer and its usage day by day is rapidly increasing. B...
The official published version of this article can be found at the link below.This paper provides a ...
The move in the aerospace industry towards More Electric Aircraft (MEA) resulted in an increased int...
Existing passive cooling solutions limit the short-term thermal output of systems, thereby either li...
Abstract- Since the development of the first electronic digital computers in the 1940s, the effectiv...
Project (M.S., Mechanical Engineering (Thermal and Fluid Systems))--California State University, Sac...
The rapid development in the field of electronics has led to high power densities and miniaturizatio...
Existing passive cooling solutions limit the short-term thermal output of systems, thereby either li...
The rapid development in the field of electronics has led to high power densities and miniaturizatio...
The rapid development in the field of electronics has led to high power densities and miniaturizatio...
The forced-air cooling technique, one of the effective methods for thermal management of electronic ...
Heat sinks were invented to absorb heat from an electronic circuit conduct, and then to dissipate or...
Electronics has leaded most technological advances of the past 60 years. There are technologies with...
The performance of computers is driven by the consumer demand, resulting inthe tremendous increase i...
The computational fluid dynamics is concentrated on the forced air cooling of the CPU using a heat s...
Abstract — The development of the digital computer and its usage day by day is rapidly increasing. B...
The official published version of this article can be found at the link below.This paper provides a ...
The move in the aerospace industry towards More Electric Aircraft (MEA) resulted in an increased int...
Existing passive cooling solutions limit the short-term thermal output of systems, thereby either li...
Abstract- Since the development of the first electronic digital computers in the 1940s, the effectiv...
Project (M.S., Mechanical Engineering (Thermal and Fluid Systems))--California State University, Sac...
The rapid development in the field of electronics has led to high power densities and miniaturizatio...
Existing passive cooling solutions limit the short-term thermal output of systems, thereby either li...
The rapid development in the field of electronics has led to high power densities and miniaturizatio...
The rapid development in the field of electronics has led to high power densities and miniaturizatio...
The forced-air cooling technique, one of the effective methods for thermal management of electronic ...
Heat sinks were invented to absorb heat from an electronic circuit conduct, and then to dissipate or...