Thursday, May 9, 2019
Heat Transfer from Steam to Water Lab Report Example | Topics and Well Written Essays - 3000 words
Heat Transfer from Steam to wet - Lab Report ExampleThis research is derived from the basic knowledge of modify energy. The heat content of an end is reflected in the temperature behavior in the object. In the process of evaporation, it is clear that steam gives up the latent heat of vaporization to an object subjected to it, leading to condensation on the surface (Incropera and Dewitt 49). The object of condensation carries a commonsensible heat at the same temperature as that of the original steam. The experiment tests the pattern and rate of heat rate of flow from steam to the object on which condensation takes place.In the steam, the latent heat of vaporization is generated instantly spell condensation of the steam to water takes place. From the background of evaporation, the quantity of latent heat is between 2 to5 propagation more than the quantity of the sensible heat in the water after it cools (Fan 77). The data collected willing be used to conduct analysis and test the hypothesis be plotting the relationship between the impartation rate and the rate of flow of the heat.The principal purpose of this project is to test the heat transfer as the steam changes to liquid water. This requires an important process of determining the quantity of heat energy consumed during the entire subprogram of condensing the steam. It also aims to estimate the quantity of the latent heat used in other processes. comparable in the case of boiling, heat is used to transform water into steam. This experiment compares the heat spent in heating water to its boiling point that released during condensation of the steam. Finally, this experiment evaluates the manner of heat transfer in condensation to find out if the temperature changes in the process.The equipment in this project includes a tank, pumps, heat exchanger, steam putting green vacuum, surface condenser. This experiment is to compute the coefficient of heat transfer.