Direct Evaporatrive Coolers of Gases and Liquids with Lowered Limit of Cooling

Simulated curve of the interfacial heat transfer coefficient was used in another numerical solidification model to determine theoretical values of tip growth rates, cooling rates and

Abstract - The results of two-dimensional mathematical modeling of heat and mass transfer in a highly viscous hydrocarbon liquid by inductive and radio-frequency (RF)

Increasing nanoparticles concentration increases single- phase pressure drop compared to pure fluids at the same Reynolds number.Increasing nanoparticle concentration

The compensation of the variations of the total flow through the evaporators is implemented using the variation of the capacity of the compressor and a

For the resulting program there were developed variants of the corresponding methods of cooling chill in the Table 1.The study of sequential cooling effect of

Ahsan and Fukuhara [1] studied on a new heat and mass transfer tubular solar still and found that the heat and mass transfer coefficients can be expressed as functions of

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

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