Mechanical and Electrical Systems in Buildings

by ;
Edition: 3rd
Format: Hardcover
Pub. Date: 2005-01-01
Publisher(s): Prentice Hall
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Summary

The authors are widely recognized as leading authorities in the field and have extensive professional and academic experience. Herein is an outstanding combination of the basic concepts underlying design plus a practical approach to handling a wide variety of realistic design situations. "Features new to this second edition include: " -- A chapter on noise and vibration in mechanical and electrical systems. This will assist the reader in dealing with this problem through design. -- A large number of new problems and applications. -- Incorporation of the latest communication technology as applied to building systems. -- The chapter on lighting design has been enhanced with added architectural considerations. -- Chapters on communications, electrical design, and lighting design have been reorganized to provide smoother flow through the material. -- Many new illustrations to support the presentation.

Table of Contents

Introduction and Overview
The Scope of Building M/E Systems
The Impact on Space Planning
The Impact on Architectural Design
The Impact on Construction Cost
The Impact on High-Rise Building Design
Energy and Energy Conversion
The Impact of Buildings on Global Environment
Environmentally Responsive and Integrated Designs
System Interfacing
Checklist of Building and M/E Requirements
Questions
References
HVAC Fundamentals
Environmental Comfort
Properties of Air-Water Mixtures
Energy Transport in HVAC Systems
HVAC Load Estimation
Calculating Heating Loads
Calculating Cooling Loads
Reference Tables and Figures
Wind Chill Factor (WCF)
Questions
HVAC Delivery Systems
Control of Heating and Cooling
Zoning
Controls and Automation
Commonly Used Systems for Zone Control
Questions
Cooling Production Equipment and Systems
Refrigeration Cycles
Cooling Production Equipment
Direct Expansion (DX) Systems
Chilled-Water Systems
Heat Rejection from Cooling Systems to the Environment
Chilled-Water Plant Design
Questions
Heating Production Equipment and Systems
Types of Heating Systems
Heating Energy Sources
Furnaces and Air Heaters
Boilers
Selection of Medium and Equipment
Auxiliary Systems
Operating and Safety Controls
Heating Plant Design
Questions
Air-Handling Equipment and Systems
Air Handling Equipment
Heat Transfer
Air Cleaning
Air Mixing
Fans
Duct Systems
Air Devices
General Guidelines for Duct System Design
Questions and Exercises
Piping Equipment and Systems
Piping Systems and Components
Pumps
Heat Exchangers
Piping
Questions
Plumbing Equipment and Systems
Water Supply and Treatment
Domestic Water Distribution Systems
Plumbing Fixtures and Components
Planning Plumbing Facilities
Sanitary Drainage Systems
Sewage Treatment and Disposal
Storm Drainage System
Plumbing Services for Other Building Equipment
Questions
References
Fire Protection Equipment and Systems
Classification of Fire and Construction Hazards
Planning for Fire Protection
Fire Safety Design
Fire Detection and Signaling Devices
Fire Alarm Systems
Fire Suppression Systems
Automatic Sprinkler Systems
Smoke Controls
Summary
Questions
References
Introduction to Electricity
Direct Current (DC)
Direct Current Generation
Alternating Current (AC)
Advantages of AC over DC Systems
AC-to-DC Conversion
Single-Phase versus Three-Phase Alternator
Power and Power Factor
Voltage and Voltage Drop
Summary of Properties
Questions
Power Systems and Equipment
Power Distribution Systems
Voltage Spread and Profile
Grounding
Short-Circuit and Interrupting
Table of Contents provided by Publisher. All Rights Reserved.

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