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|a 2007025494
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|a 9780071829601 (eISBN)
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|a 0071829601 (eISBN)
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|a 9780071829595 (print ISBN)
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|a 0071829598 (print ISBN)
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|a (OCoLC)864700498
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|a 697.002/1
|2 23
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|a Bell, Arthur A.,
|e author.
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|a HVAC Equations, Data, and Rules of Thumb /
|c Arthur Bell, W. Larsen Angel.
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|a HVAC equations, data, and rules of thumb, Third edition
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| 250 |
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|a 3rd edition.
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|a New York, N.Y. :
|b McGraw-Hill Education LLC.,
|c c2016.
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| 264 |
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|c ?2016.
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| 300 |
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|a 1 online resource (608 pages) :
|b 300 illustrations.
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| 336 |
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|a text
|2 rdacontent
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|a computer
|2 rdamedia
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|a online resource
|2 rdacarrier
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|a Includes bibliographical references and index.
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|a Cover -- Title Page -- Copyright Page -- Contents -- Part 1. Introduction -- 1.01 Background -- 1.02 Rules of Thumb -- 1.03 Codes and Standards -- Part 2. Definitions -- 2.01 General -- 2.02 Systems -- 2.03 Contract Documents -- 2.04 Contractors/Manufacturers/Authorities -- Part 3. Equations -- 3.01 Airside System Equations and Derivations -- 3.02 Waterside System Equations and Derivations -- 3.03 Air Change Rate Equations -- 3.04 English/Metric Airside System Equations Comparison -- 3.05 English/Metric Waterside System Equation Comparison -- 3.06 English/Metric Air Change Rate Equation Comparison -- 3.07 English/Metric Temperature and Other Conversions -- 3.08 Steam and Condensate Equations -- 3.09 Building Envelope Heating Equation and R-Values/U-Values -- 3.10 Fan Laws -- 3.11 Pump Laws -- 3.12 Pump Net Positive Suction Head (NPSH) Calculations -- 3.13 Mixed Air Temperature -- 3.14 Psychrometric Equations -- 3.15 Ductwork Equations -- 3.16 Equations for Flat Oval Ductwork -- 3.17 Steel Pipe Equations -- 3.18 Steam and Steam Condensate Pipe Sizing Equations -- 3.19 Air Conditioning Condensate -- 3.20 Humidification -- 3.21 Humidifier Sensible Heat Gain -- 3.22 Expansion Tanks -- 3.23 Air Balance Equations -- 3.24 Efficiencies -- 3.25 Cooling Towers and Heat Exchangers -- 3.26 Cooling Tower/Evaporative Cooler Blowdown Equations -- 3.27 Electricity -- 3.28 Moisture Condensation on Glass -- 3.29 Calculating Heating Loads for Loading Docks, Heavily Used Vestibules and Similar Spaces -- 3.30 Ventilation of Mechanical Rooms with Refrigeration Equipment -- 3.31 Pipe Expansion Equations -- 3.32 Relief Valve Vent Line Maximum Length -- 3.33 Relief Valve Sizing -- 3.34 Motor Drive Formulas -- 3.35 Domestic Water Heater Sizing -- 3.36 Domestic Hot Water Recirculation Pump/Supply Sizing -- 3.37 Swimming Pools -- Part 4. Conversion Factors.
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|a 4.01 Length -- 4.02 Weight -- 4.03 Area -- 4.04 Volume -- 4.05 Velocity -- 4.06 Speed of Sound in Air -- 4.07 Pressure -- 4.08 Density -- 4.09 Energy -- 4.10 Flow -- 4.11 HVAC Metric Conversions -- 4.12 Fuel Conversion Factors -- Part 5. Cooling Load Rules of Thumb -- 5.01 Offices, Commercial -- 5.02 Banks, Court Houses, Municipal Buildings, Town Halls -- 5.03 Police Stations, Fire Stations, Post Offices -- 5.04 Precision Manufacturing -- 5.05 Computer Rooms -- 5.06 Restaurants -- 5.07 Kitchens (Depends Primarily on Kitchen Equipment) -- 5.08 Cocktail Lounges, Bars, Taverns, Clubhouses, Nightclubs -- 5.09 Hospital Patient Rooms, Nursing Home Patient Rooms -- 5.10 Buildings w/100 percent OA Systems (e.g., Laboratories, Hospitals) -- 5.11 Medical/Dental Centers, Clinics, and Offices -- 5.12 Residential -- 5.13 Apartments (Eff., One-Room, Two-Room) -- 5.14 Motel and Hotel Public Spaces -- 5.15 Motel and Hotel Guest Rooms, Dormitories -- 5.16 School Classrooms -- 5.17 Dining Halls, Lunch Rooms, Cafeterias, Luncheonettes -- 5.18 Libraries, Museums -- 5.19 Retail, Department Stores -- 5.20 Drug, Shoe, Dress, Jewelry, Beauty, Barber, and Other Shops -- 5.21 Supermarkets -- 5.22 Malls, Shopping Centers -- 5.23 Jails -- 5.24 Auditoriums, Theaters -- 5.25 Churches -- 5.26 Bowling Alleys -- 5.27 All Spaces -- 5.28 Cooling Load Calculation Procedure -- 5.29 Cooling Load Peak Time Estimate (for Calculating Cooling Loads by Hand) -- Part 6. Heating Load Rules of Thumb -- 6.01 All Buildings and Spaces -- 6.02 Buildings w/100 Percent OA Systems (i.e., Laboratories, Hospitals) -- 6.03 Buildings w/Ample Insulation, Few Windows -- 6.04 Buildings w/Limited Insulation, Many Windows.
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|a 6.05 Walls Below Grade (Heat Loss at Outside Air Design Condition) -- 6.06 Floors Below Grade (Heat Loss at Outside Air Design Condition) -- 6.07 Heating System Selection Guidelines -- 6.08 Heating Load Calculation Procedure -- Part 7. Infiltration Rules of Thumb -- 7.01 General -- 7.02 Heating Infiltration (15-mph wind) -- 7.03 Cooling Infiltration (7.5-mph wind) -- Part 8. Ventilation Rules of Thumb -- 8.01 2015 IMC and ASHRAE Standard 62.1-2013 -- 8.02 ASHRAE Standard 62.1-2013: Return Air, Transfer Air, or Exhaust Air Classifications -- 8.03 ASHRAE Standard 62.2-2013 -- 8.04 ASHRAE Standard 170-2013 Ventilation of Health Care Facilities (incorporated as Part 4 of the 2014 Facility Guidelines Institute Guidelines for Design and Construction of Hospitals and Outpatient Facilities) -- 8.05 Enclosed Parking Garages -- 8.06 Outside Air Intake and Exhaust Locations -- 8.07 Indoor Air Quality (IAQ) -- 8.08 Effects of Carbon Monoxide -- 8.09 Toilet Rooms -- 8.10 Electrical Rooms -- 8.11 Mechanical Rooms -- 8.12 Combustion Air -- 8.13 Hazardous Locations -- Part 9. Humidification Rules of Thumb -- 9.01 Window Types and Space Humidity Values -- 9.02 Proper Vapor Barriers -- 9.03 Human Comfort -- 9.04 Electrical Equipment, Computers -- 9.05 Winter Design Relative Humidities -- 9.06 Optimum Relative Humidity Ranges for Health -- 9.07 Moisture Condensation on Glass -- Part 10. People/Occupancy Rules of Thumb -- 10.1 2015 IMC and ASHRAE Standard 62.1-2013 -- Part 11. Lighting Rules of Thumb -- 11.01 Code Lighting Power Level Requirements?Building Area Method -- 11.02 Code Lighting Power Level Requirements?Space-by-Space Method -- Part 12. Appliance/Equipment Rules of Thumb.
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|a 12.01 Offices and Commercial Spaces -- 12.02 Computer Rooms, Data Centers, and Internet Host Sites -- 12.03 Telecommunication Rooms -- 12.04 Electrical Equipment Heat Gain -- 12.05 Motor Heat Gain -- 12.06 Miscellaneous Guidelines -- Part 13. Cooling Load Factors -- 13.01 Diversity Factors -- 13.02 Safety Factors -- 13.03 Cooling Load Factors -- Part 14. Heating Load Factors -- 14.01 Safety Factors -- 14.02 Heating Load Credits -- 14.03 Heating System Selection Guidelines -- Part 15. Design Conditions and Energy Conservation -- 15.01 Design Conditions -- 15.02 General Energy Conservation Requirements -- 15.03 2015 IECC -- 15.04 ASHRAE Standard 90.1-2013 -- 15.05 ASHRAE Standard 90.2-2007 -- Part 16 HVAC System Selection Criteria -- 16.01 HVAC System Selection Criteria -- 16.02 Heating System Selection Guidelines -- Part 17. Air Distribution Systems -- 17.01 Ductwork Systems -- 17.02 Duct Construction -- 17.03 Kitchen Exhaust Ducts and Hoods -- 17.04 Louvers -- 17.05 Volume Dampers (Manual or Balancing Dampers)/Motor Operated Dampers (Control Dampers) -- 17.06 Fire Dampers, Smoke Dampers, and Combination Fire/Smoke Dampers -- 17.07 HVAC Smoke Detection Systems Control -- 17.08 Sound Attenuators -- 17.09 Terminal Units -- 17.10 Process Exhaust Systems -- 17.11 Hazardous Exhaust Systems -- 17.12 Galvanized Rectangular Ductwork Weights?Pound per Lineal Foot -- 17.13 Galvanized Round Ductwork Weights?Pound per Lineal Foot -- 17.14 Galvanized Flat Oval Ductwork Weights?Pounds per Lineal Foot -- 17.15 Ductwork Cost Ratios -- 17.16 Friction Loss Correction Factors for Ducts -- 17.17 Velocity Pressures -- Part 18. Piping Systems, General -- 18.01 Piping Materials and Properties -- 18.02 Pipe Support and Pipe Spacing -- 18.03 Pipe Expansion -- 18.04 ASME B31 Piping Code Comparison -- 18.05 Galvanic Action -- 18.06 Piping System Installation Hierarchy (Easiest to Hardest to Install) -- 18.07 Valves -- 18.08 Strainers -- Part 19. Hydronic (Water) Piping Systems -- 19.01 Hydronic Pipe Sizing -- 19.02 Friction Loss Estimate.
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|a 19.03 Pipe Testing -- 19.04 Hydronic System Pipe Sizing Tables -- 19.05 Hydronic System Designs and Terminology -- 19.06 Hydronic System Design and Piping Installation Guidelines -- 19.07 Chilled Water Systems -- 19.08 Low-Temperature Chilled Water Systems (Glycol or Ice Water Systems) -- 19.09 Heating Water Systems General -- 19.10 Low-Temperature Heating Water Systems -- 19.11 Medium- and High-Temperature Heating Water Systems -- 19.12 Boiler Warming Techniques -- 19.13 Dual Temperature Water Systems -- 19.14 Condenser Water Systems -- 19.15 Water Source Heat Pump Loop -- 19.16 Hydronic System Equation Factors -- 19.17 Hydronic System Design Temperatures and Pressures -- 19.18 Piping Materials -- 19.19 Expansion Tanks and Air Separators -- Part 20. Glycol Piping Systems -- 20.01 Glycol System Piping -- 20.02 Glycol System Design Considerations -- 20.03 Glycol System Equation Factors and Derivations -- Part 21. Steam Piping Systems -- 21.01 Steam Piping Systems -- 21.02 Steam System Design Criteria -- 21.03 Steam Tables -- 21.04 Steam Flow through Orifices -- 21.05 Flash Steam -- 21.06 Warm-up Loads -- 21.07 Steam Operating Loads -- 21.08 Boiling Points of Water -- 21.09 Steam Heating Units of Measure -- 21.10 Low-Pressure Steam Pipe Sizing Tables (15 psig and Less) -- 21.11 Medium-Pressure Steam Pipe Sizing Tables (20?100 psig) -- Part 22. Steam Condensate Piping Systems -- 22.01 Steam Condensate Piping -- 22.02 Steam Condensate System Design Criteria -- 22.03 Low-Pressure Steam Condensate System Pipe Sizing Tables (15 psig and Less) -- 22.04 Medium-Pressure Steam Condensate System Pipe Sizing Tables (20?100 psig) -- Part 23. AC Condensate Piping -- 23.01 Air Conditioning (AC) Condensate Piping -- Part 24. Refrigerant Piping Sytems -- 24.01 Refrigerant Systems and Piping -- Part 25. Air Handling Units -- 25.01 Air Handling Units, Air Conditioning Units, Heat Pumps -- 25.02 Coils -- Part 26. Fans -- 26.01 Fan Types and Size Ranges -- 26.02 Fan Construction Classes -- 26.03 Fan Selection Criteria -- 26.04 Fan Terms -- 26.05 AMCA Spark Resistant Construction -- 26.06 Centrifugal Fans -- 26.07 Axial Fans -- 26.08 Installation and Clearance Requirements -- 26.09 Fan Rotation and Discharge Positions -- 26.10 Fan Motor Positions -- Part 27. Pumps -- 27.01 Pump Types and Size Ranges -- 27.02 Pump Layout and Design Criteria -- 27.03 Pump Selection Criteria -- 27.04 Pump Terms -- 27.05 Installation and Clearance Requirements -- Part 28. Chillers -- 28.01 Chiller Types and Manufacturer Offerings -- 28.02 Chiller Motor Types -- 28.03 Code Required Chiller Efficiencies.
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|a 28.04 Chiller Terms -- 28.05 Basic Refrigeration Cycle Terminology -- 28.06 Chiller Energy Saving Techniques -- 28.07 Cooler (Evaporator)/Chilled-Water System -- 28.08 Condenser/Condenser Water Systems -- 28.09 Chilled Water Storage Systems -- 28.10 Ice Storage Systems -- 28.11 Water-Cooled Condensers -- 28.12 Refrigerant Estimate?Split Systems -- 28.14 Chemical Feed Systems for Chillers. Chemical Feed Systems are Designed to Control the Following -- 28.15 Chiller Operating Sequence -- 28.16 Chiller Design, Layout, and Clearance Requirements/Considerations -- Part 29. Cooling Towers and Condensers -- 29.01 Cooling Tower Types (CTs) -- 29.02 Definitions -- 29.03 Condenser Water -- 29.04 Power -- 29.05 TONS[sub(COND)] -- 29.06 Condenser Water Makeup to Cooling Tower -- 29.07 Cooling Tower Drains -- 29.08 Cycles of Concentration -- 29.09 Evaporation -- 29.10 Drift -- 29.11 Blowdown or Bleed (Based on 108F Range) -- 29.12 Installation Location -- 29.13 Air-Cooled Condensers and Condensing Units (ACCs and ACCUs) -- 29.14 Evaporative Condensers and Condensing Units (ECs and ECUs) -- 29.15 Installation of CTs, ACCs, ACCUs, ECs, and ECUs -- Part 30. Heat Exchangers -- 30.01 Shell and Tube Heat Exchangers -- 30.02 Plate and Frame Heat Exchangers -- 30.03 Definitions -- 30.04 Clearance and Design Requirements -- Part 31. Boilers -- 31.01 Boilers, General -- 31.02 Hot Water Boilers -- 31.03 Steam Boilers -- 31.04 Fuel Systems and Types -- Part 32. Motors and Motor Controllers -- 32.01 Motors -- 32.02 Starters, Disconnect Switches, and Motor Control Centers -- 32.03 Variable Frequency Drives -- 32.04 NEMA Enclosures -- Part 33. Humidifiers -- 33.01 Humidifiers -- Part 34. Filters -- 34.01 Minimum Efficiency Reporting Value (MERV) -- 34.02 Flat or Panel Filters -- 34.03 Pleated Media Filters -- 34.04 Bag Filters -- 34.05 HEPA (High Efficiency Particulate Air) Filters -- 34.06 ULPA (Ultra Low Penetrating Air) Filters -- 34.07 Roll Filters -- 34.08 Carbon Filters -- 34.09 Electronic Air Cleaners -- 34.10 Filter Characteristics -- Part 35. Insulation -- 35.01 Insulation Materials and Properties -- 35.02 Pipe Insulation -- 35.03 Duct Insulation -- 35.04 Insulation Protection.
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|a Part 36. Fire-Stopping and Through-Penetration Systems -- 36.01 Fire-Stopping and Through-Penetration Protection Systems -- Part 37. Makeup Water -- 37.01 Makeup Water Requirements -- Part 38. Water Treatment and Chemical Feed Systems -- 38.01 Water Treatment and Chemical Feed Systems -- 38.02 Closed System Chemical Treatment (Chilled-Water Systems, Heating Water Systems) -- 38.03 Open System Chemical Treatment (Condenser Water Systems) -- 38.04 Steam Systems -- Part 39. Automatic Controls Building Automation Systems -- 39.01 Automatic Controls and Building Automation Systems -- 39.02 Control Definitions -- 39.03 Types of Control Systems -- 39.04 Control System Objectives -- 39.05 Building Automation and Control Networks (BACnet) -- 39.06 Control Points List -- 39.07 DDC Control System Specification Outline -- Part 40. Sustainability Guidelines Relating to HVAC Systems -- 40.01 Introduction -- 40.02 Sustainable HVAC System Design -- Part 41. New Technologies for HVAC Systems -- 41.01 Variable Refrigerant Flow Systems -- 41.02 Variable Frequency Drives for Chillers -- 41.03 Magnetic Bearings for Centrifugal Compressors -- 41.04 Electronically-Commutated Motors (ECMs) for Fans and Pumps -- 41.05 New Technologies for Small Packaged Rooftop Units -- Part 42. Plastic Piping Systems -- 42.01 Cross-Linked Polyethylene (PEX or XLPE) -- 42.02 Polypropylene (PP) -- 42.03 Polyvinyl Chloride (PVC) -- 42.04 Chlorinated Polyvinylchloride (CPVC) -- 42.05 High-Density Polyethylene (HDPE) -- Part 43. Noise and Vibration Control -- 43.01 Noise Control -- 43.02 Vibration Control -- 43.03 Sound Information -- Part 44. Building Construction Business Fundamentals -- 44.01 Engineering/Construction Contracts -- 44.02 Building Construction Business Players -- Part 45. Architectural, Structural, and Electrical Information -- 45.01 Ceiling Plenum Space Requirements -- 45.02 Building Structural Systems -- 45.03 Architectural and Structural Information -- 45.04 Electrical Information -- 45.05 Mechanical/Electrical Equipment Space Requirements -- 45.06 Americans with Disabilities Act (ADA) -- Part 46. Properties of Air -- 46.01 Thermodynamic Properties of Air/Water Vapor Mixtures -- Part 47. Properties of Water -- 47.01 Properties of Water?Effects on Standard HVAC Water Equations -- Part 48. Cleanroom Criteria -- 48.01 Airborne Contaminants -- 48.02 Cleanroom Class Designations: FED-STD-209E -- 48.03 Cleanroom Class Designations: ISO Standard 14644-1 -- 48.04 Cleanroom Design Criteria -- Part 49. Wind Chill and Heat Index -- 49.01 Wind Chill Index -- 49.02 Heat Index -- Part 50. General Notes -- 50.01 General -- 50.02 Piping -- 50.03 Plumbing -- 50.04 HVAC/Sheet Metal -- 50.05 Fire Protection -- Part 51. Designer's Checklist -- 51.01 Boilers, Chillers, Cooling Towers, Heat Exchangers, and Other Central Plant Equipment -- 51.02 Air Handling Equipment?Makeup, Recirculation, and General Air Handling Equipment -- 51.03 Piping Systems?General -- 51.04 Steam and Condensate Piping -- 51.05 Low Temperature Hot Water and Dual Temperature Systems -- 51.06 Chilled Water and Condenser Water Systems -- 51.07 Air Systems.
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|a 51.08 Process Exhaust Systems -- 51.09 Refrigeration -- 51.10 Controls -- 51.11 Sanitary and Storm Water Systems -- 51.12 Domestic Water Systems -- 51.13 Fire Protection -- 51.14 Natural Gas Systems -- 51.15 Fuel Oil Systems -- 51.16 Laboratory and Medical Gas Systems -- 51.17 General -- 51.18 Architect and/or Owner Coordination -- 51.19 Structural Engineer Coordination -- 51.20 Electrical Engineer Coordination -- Part 52. Professional Societies and Trade Organizations -- 52.01 Professional Societies and Trade Organizations -- Part 53. References and Design Manuals -- 53.01 References and Design Manuals -- 53.02 Building Codes -- Index -- A -- B -- C -- D -- E -- F -- G -- H -- I -- K -- L -- M -- N -- O -- P -- R -- S -- T -- U -- V -- W -- Z.
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| 530 |
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|a Also issued in print and PDF version.
|
| 533 |
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|a Electronic reproduction.
|b New York, N.Y. :
|c McGraw Hill,
|d 2016.
|n Mode of access: World Wide Web.
|n System requirements: Web browser.
|n Access may be restricted to users at subscribing institutions.
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| 538 |
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|a Mode of access: Internet via World Wide Web.
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| 545 |
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|a Arthur A. Bell, Jr., PE (Monaca, PA) is a registered professional engineer with more than 28 years' experience designing HVAC systems. He is the author of HVAC Design Portfolio. W. Larsen Angel, P.E., LEED-AP (Elkridge, MD) is a principal in the MEP consulting engineering firm of Green Building Energy Engineers. He is the author of HVAC Design Sourcebook.
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| 546 |
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|a In English.
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| 588 |
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|a Description based on cover image and table of contents, viewed on April 26, 2016.
|
| 650 |
|
0 |
|a Heating
|x Mathematics
|v Handbooks, manuals, etc.
|
| 650 |
|
0 |
|a Ventilation
|x Mathematics
|v Handbooks, manuals, etc.
|
| 650 |
|
0 |
|a Air conditioning
|x Mathematics
|v Handbooks, manuals, etc.
|
| 650 |
|
0 |
|a Engineering mathematics
|x Formulae
|v Handbooks, manuals, etc.
|
| 655 |
|
0 |
|a Electronic books.
|
| 700 |
1 |
|
|a Angel, W. Larsen,
|e author.
|
| 776 |
1 |
8 |
|i Print version:
|t HVAC equations, data, and rules of thumb, Third edition
|d New York, N.Y. : McGraw Hill,
|c [2016],
|z 9780071829595
|
| 856 |
4 |
0 |
|u https://accessengineeringlibrary.uam.elogim.com/content/book/9780071829595
|z Texto completo
|
