Heating, Ventilating, and Air Conditioning: Analysis and DesignThis edition reflects the latest results of research sponsored by the American Society of Heating, Refrigerating and Air-Conditioning Engineers (ASHRAE) and the continued development of ASHRAE standards regarding indoor air quality, comfort and refrigerants. The chapter on air-conditioning systems has been revised—increased emphasis has been placed on control of HVAC systems by adding more explanation of control theory and more detailed illustrations of typical systems and control. Data and references have been completely updated. Existing problems have been revised and new ones added. |
Contents
AirConditioning Systems | 14 |
210 | 50 |
Indoor Air QualityComfort and Health | 100 |
Copyright | |
25 other sections not shown
Common terms and phrases
air space Air-Conditioning ASHRAE Handbook Assume Btu/(hr-ft² Btu/hr building ceiling Chart chiller coil compressor Compute Concrete block condenser convection cooling load dehumidifying diameter diffuse duct system effect energy enthalpy Equation equipment Estimate example factor Figure floor fluid ft/min ft² Fundamentals Volume given glass Gypsum heat exchanger heat loss heat pump heat transfer HVAC indoor indoor air quality infiltration inlet inside insulation liquid located m²-C m³/s mass mass flow rate method operating outdoor air outlet overall heat-transfer coefficient percent permission from ASHRAE pipe pressure loss Problem psia psychrometric chart ratio refrigerant relative humidity Reprinted by permission roof Saturated sensible heat shown in Fig solar heat gain SOLUTION surface Table thermal break thermal conductivity thermal radiation thermal resistance total pressure tube valve vapor velocity ventilation Vinyl volume flow rate wall wet bulb wet bulb temperature