Heating, Ventilation, and Air Conditioning

The necessity of heating, ventilation, and air-conditioning (HVAC) control of environmental conditions within buildings has been well established over the years as being highly desirable for various types of occupancy and comfort conditions as well as for many industrial manufacturing processes. In fact, without HVAC systems, many manufactured products produced by industry that are literally taken for granted would not be available today.

—–13.1 Definitions of Terms of Heating, Ventilation, and Air Conditioning (HVAC)
—–13.2 Heat and Humidity
—–13.3 Major Factors in HVAC Design
—–13.4 Ventilation
—–13.5 Movement of Air with Fans
—–13.6 Duct Design
—–13.7 Heat Losses
—–13.8 Heat Gains
—–13.9 General Procedure for Sizing a Heating Plant
—–13.10 Heating-Load-Calculation Example
—–13.11 Warm-Air Heating
—–13.12 Hot-Water Heating Systems
—–13.13 Steam-Heating Systems
—–13.14 Unit Heaters
—–13.15 Radiant Heating
—–13.16 Snow Melting
—–13.17Radiators and Convectors
—–13.18 Heat Pumps
—–13.19 Solar Heating
—–13.20 Sizing an Air-Conditioning Plant
—–13.21 Refrigeration Cycles
—–13.22 Air-Distribution Temperature for Cooling
—–13.23 Condensers
—–13.24 Compressor-Motor Units
—–13.25 Cooling Equipment-Central Plant Packaged Units
—–13.26 Zoning
—–13.27 Packaged Air-Conditioning Units
—–13.28 Absorption Units for Cooling
—–13.29 Ducts for Air Conditioning
—–13.30 Built-Up Air-Conditioning Units
—–13.31 Variable-Air-Volume (VAV) Systems
—–13.32 Air-Water Systems
—–13.33 Control Systems for Air Conditioning
—–13.34 Heating and Air Conditioning
—–13.35 Control of Computerized HVAC Systems
—–13.36 Direct Digital Control
—–13.37 Industrial Air Conditioning
—–13.38 Chemical Cooling
—–13.39 Year-Round Air Conditioning

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