Title: Percent controllable of heat source mechanisms from analysis.
Introduction:
This proposal covers mechanisms and methods of heat transfer between two offices one not heated on top of one heated, although the room not heated by means of a steam radiator it maintains a temperature which is too hot to work in and varies between 75-80 F. The report is to verify methods to control the heat. Mechanisms determined are convection, conduction, infiltration and radiator direct heating. As a result, from the load calculation from the radiator in the lower room, an annulus configuration in the floor where a pipe passes to feed the steam includes heated air velocity, volumetric flow rate, and mass flow rate.
Introduction:
This proposal covers mechanisms and methods of heat transfer between two offices one not heated on top of one heated, although the room not heated by means of a steam radiator it maintains a temperature which is too hot to work in and varies between 75-80 F. The report is to verify methods to control the heat. Mechanisms determined are convection, conduction, infiltration and radiator direct heating. As a result, from the load calculation from the radiator in the lower room, an annulus configuration in the floor where a pipe passes to feed the steam includes heated air velocity, volumetric flow rate, and mass flow rate.