In this chapter, we will discuss the increase of heat transfer as well as the increase in pressure drop to determine whether nanofluid is feasible for use in practical applications. Addition of nanoparticles will change the thermal properties of the cooling fluid, by calculation with performance evaluation criterion (PEC). If PEC 1, then the heat transfer performance is higher than the energy used to drive the fluid or pumping power, and then it can be accepted as a solution to the problem of increasing heat transfer, so that the system is feasible for use in practical applications
Nanofluids have great potential to improve the heat transfer properties of liquids, as demonstrated ...
Liquid cooling electronics using microchannels integrated in the chips is an attractive alternative ...
The twenty-first century is experiencing a wave of technologies and innovations making use of unique...
Heat transfer rate is considered as critical aspect for the design of rapid heating and cooling envi...
The article is about possibility of applying nanofluids in heat supply systems as a coolant. The mos...
Heat exchangers are widely utilized in different thermal systems for diverse industrial aspects. The...
As a novel strategy to improve heat transfer characteristics of fluids by the addition of solid part...
It is a generally accepted belief that the use of nanofluids enhances heat transfer rates in compari...
Heat exchangers are equipments being used for transfer of heat between two or more fluids at differe...
In recent years, there has been a substantial increase in energy demand due to industrialization. T...
Nanotechnology enhancement, thermal engineering and thermal science lead to interest in development ...
Nanotechnology is concerned with the materials and systems whose structures and components exhibit n...
Advances in technology miniaturization with increasing power density call for new technologies for e...
Nanofluid technology is regarded as one of the key emerging technologies that is presently attractin...
Nanofluids are potential heat transfer fluids with enhanced thermophysical properties and heat trans...
Nanofluids have great potential to improve the heat transfer properties of liquids, as demonstrated ...
Liquid cooling electronics using microchannels integrated in the chips is an attractive alternative ...
The twenty-first century is experiencing a wave of technologies and innovations making use of unique...
Heat transfer rate is considered as critical aspect for the design of rapid heating and cooling envi...
The article is about possibility of applying nanofluids in heat supply systems as a coolant. The mos...
Heat exchangers are widely utilized in different thermal systems for diverse industrial aspects. The...
As a novel strategy to improve heat transfer characteristics of fluids by the addition of solid part...
It is a generally accepted belief that the use of nanofluids enhances heat transfer rates in compari...
Heat exchangers are equipments being used for transfer of heat between two or more fluids at differe...
In recent years, there has been a substantial increase in energy demand due to industrialization. T...
Nanotechnology enhancement, thermal engineering and thermal science lead to interest in development ...
Nanotechnology is concerned with the materials and systems whose structures and components exhibit n...
Advances in technology miniaturization with increasing power density call for new technologies for e...
Nanofluid technology is regarded as one of the key emerging technologies that is presently attractin...
Nanofluids are potential heat transfer fluids with enhanced thermophysical properties and heat trans...
Nanofluids have great potential to improve the heat transfer properties of liquids, as demonstrated ...
Liquid cooling electronics using microchannels integrated in the chips is an attractive alternative ...
The twenty-first century is experiencing a wave of technologies and innovations making use of unique...