Performance of water and diluted ethylene glycol as coolants for electronic cooling

Fig. Homogenized heat transfer coefficient for 10.. 3) For small size of the inclusions a 1 and various values of heat transfer the equivalent heat transfer parameter

Based on the experimental study, this paper presents the effect of mass flow rate of water, and its inlet temperature for various inclination angles of heat@pipes on heat

The complex heat transfer process, including three modes of heat conduction inside the sinter ore particles, gas-solid convection and radiation in the trolley, is taken into

Effect of wind speed on the heat lost and heat gain of the conductor and the effect of convection heat loss on thermal rating of transmission line are

This article examines the non-aligned stagnation point flow and heat transfer of an Ethylene- Glycol and water based Nano fluid towards a stretching surface utilizing hematite

9 shows the plot of heat transfer coeicient and Reynolds number for pure water and diferent volume concentration of CuO nanoparticles in water, indicating the enhancement is

Subsequently, the heat transfer coefficient, overall heat transfer coeffi- cient, friction factor, pressure drop and pumping power for CuO/EG nanofluid calculated based on

1) Generate Cold and Hot Utilities Simultaneously using Heat pump. 2) Use of Heat Pump as Air conditioner, Water heater and Water Cooler. 3) To calculate the COP of Heat Pump