1989 ASHRAE Handbook: Fundamentals |
From inside the book
Results 1-3 of 19
Page 26-5
... temperature than the outdoor air ; thus , their longwave radiation compensates to some extent for the sky's low emittance . Therefore , it is assumed that 8R = 0 for vertical surfaces . The sol - air temperatures in Table 1 are ...
... temperature than the outdoor air ; thus , their longwave radiation compensates to some extent for the sky's low emittance . Therefore , it is assumed that 8R = 0 for vertical surfaces . The sol - air temperatures in Table 1 are ...
Page 26-31
... Sol - Air Temperatures Lines 7 , 8 , 9 , and 10 , Sol - Air temperatures at opaque surfaces : Sol - air temperatures , calculated by Equation ( 3 ) , of the various opaque surfaces . These values are used in calculations of heat gain ...
... Sol - Air Temperatures Lines 7 , 8 , 9 , and 10 , Sol - Air temperatures at opaque surfaces : Sol - air temperatures , calculated by Equation ( 3 ) , of the various opaque surfaces . These values are used in calculations of heat gain ...
Page 26-50
... temperature ted Walls sol - air temperature , time - lag hours previous ( 54 ) ( 55 ) Appliances Sensible ог P = power rating from electrical plans or manufacturer's data EF = efficiency factors and arrangements to suit circumstances ...
... temperature ted Walls sol - air temperature , time - lag hours previous ( 54 ) ( 55 ) Appliances Sensible ог P = power rating from electrical plans or manufacturer's data EF = efficiency factors and arrangements to suit circumstances ...
Contents
Applied Heat Pump Systems | 9 |
Air Distribution Design for Small Heating and Cooling | 10 |
Thermodynamics and Refrigeration Cycles | 11 |
Copyright | |
119 other sections not shown
Common terms and phrases
air temperature airflow ambient applied ASAE ASHRAE ASHRAE Transactions ASTM average building calculated ceiling Chapter Chlorodifluoromethane CLTD combustion components condensation convection cooling load cycle density diffusion dry air dry-bulb dry-bulb temperature duct effect energy Engineering enthalpy Entropy Equation equipment factor Figure floor flow rate fluid fuel gases grain heat flow heat gain heat loss heat transfer coefficient HVAC increase indoor infiltration kg/m³ kJ/kg latent heat Layers Liquid Liquid Liquid Vapor m³/kg mass transfer materials measured method moist air odor permeance pipe properties radiation range ratio Refrigerant relative humidity Reynolds number roof sensible heat skin sol-air temperature solar sound space Standard surface Table Temp temperature difference thermal comfort thermal conductivity thermal insulation thermal resistance thermodynamic thickness tion tube turbulent U-value values vapor pressure vapor retarder velocity ventilation volume W/m² wall water vapor wet-bulb wind speed