1989 ASHRAE handbook: fundamentalsAmerican Society of Heating, Refrigerating and Air-Conditioning Engineers The Society, 1989 - Technology & Engineering |
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Contents
Fluid Flow | 2-2 |
Heat Transfer | 2-3 |
AllWater Systems 30 Laboratories | 2-4 |
Copyright | |
122 other sections not shown
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Common terms and phrases
air temperature ambient ASHRAE Transactions ASTM average building building envelope calculated ceiling Chapter CLTD combustion components condensation convection cooling load cycle density diffusion dry air dry-bulb dry-bulb temperature duct effect energy Engineering enthalpy Entropy environment Equation equipment factor Figure floor flow rate fluid fuel gases grain heat flow heat gain heat loss heat transfer coefficient HVAC increase indoor infiltration kJ/kg latent heat Liquid Vapor mass transfer materials measured method moist air odor permeance pipe pressure difference properties radiation range ratio refrigerant relative humidity Reynolds number roof saturation sensible heat skin sol-air temperature solar solution sound space Standard storage surface Table Temp temperature difference thermal comfort thermal conductivity thermal insulation thermal resistance thermodynamic thickness tion tube turbulent U-value unit values vapor pressure vapor retarder velocity ventilation volume wall water vapor wet-bulb wet-bulb temperature wind speed