ASHRAE Handbook, 1985 Fundamentals: An Instrument of Service Prepared for the Profession Containing Technical Information ... ...American Society of Heating, Refrigerating and Air-Conditioning Engineers, 1985 - Air conditioning - 800 pages |
From inside the book
Results 1-3 of 80
Page 20-4
... Thickness 6 Heat Loss 21 Surf . Temp . 71 Thickness 8 Heat Loss 26 Surf . Temp . 71 Thickness 10 Heat Loss 32 Surf . Temp . 72 Thickness 12 Heat Loss 36 Surf . Temp . 72 Thickness 14 Heat Loss 40 Surf . Temp . 72 Thickness 16 Heat Loss ...
... Thickness 6 Heat Loss 21 Surf . Temp . 71 Thickness 8 Heat Loss 26 Surf . Temp . 71 Thickness 10 Heat Loss 32 Surf . Temp . 72 Thickness 12 Heat Loss 36 Surf . Temp . 72 Thickness 14 Heat Loss 40 Surf . Temp . 72 Thickness 16 Heat Loss ...
Page 20-10
... THICKNESS ECONOMIC THICKNESS : MECHANICAL SYSTEMS With rising energy costs and the need for conservation , thermal insulation can be of great benefit when economic thickness is used . Economics is of primary concern in evaluating ...
... THICKNESS ECONOMIC THICKNESS : MECHANICAL SYSTEMS With rising energy costs and the need for conservation , thermal insulation can be of great benefit when economic thickness is used . Economics is of primary concern in evaluating ...
Page 20-14
... THICKNESS LINCHES 14 15 Fig . 9 Conversion of Equivalent Thickness to Actual Thickness for Pipe Insulation ness tables ( Table 2 ) offer a quick and simplified method of determining energy - saving insulation thicknesses for indus ...
... THICKNESS LINCHES 14 15 Fig . 9 Conversion of Equivalent Thickness to Actual Thickness for Pipe Insulation ness tables ( Table 2 ) offer a quick and simplified method of determining energy - saving insulation thicknesses for indus ...
Contents
Compressors | 2-1 |
SteamJet Refrigeration Equipment 14 Absorption AirConditioning and Refrigeration | 2-2 |
Equipment | 2-6 |
Copyright | |
183 other sections not shown
Other editions - View all
Common terms and phrases
air flow air temperature air-conditioning ambient ASHRAE ASHRAE Transactions ASHVE average Btu/h Btu/lbm building calculated ceiling Chapter CLTD combustion components concentration condensation convection cooling load density dew point Dichlorodifluoromethane diffusion dry air dry-bulb dry-bulb temperature duct effect energy Engineering Enthalpy Entropy equation equipment factor floor flow rate fluid frequency fuel gases heat flow heat gain heat loss heat transfer coefficient increase indoor infiltration layer lbm/ft³ leakage Liquid Liquid Liquid Vapor mass transfer materials measured meter method moist air moisture content odor permeance pipe properties psia radiation range ratio Refrigerant roof solution sound stack standard surface Table Temp temperature difference thermal comfort thermal conductivity thermal insulation thermodynamic thickness tion tube turbulent values Vapor Liquid vapor pressure vapor retarder velocity ventilation Viscosity volume wall water vapor wet-bulb wet-bulb temperature wind