MECHANICAL AND ELECTRICAL SYSTEMS IN CONSTRUCTION AND By Frank R. Dagostino

Description: About this productProduct InformationFor Technician level courses in electrical and mechanical systems found in departments of construction and civil technology, this text provides an in-depth view of the mechanical and electrical systems in construction, followed by a step-by-step approach to the design of each system.Product IdentifiersPublisherPrentice Hall PTRISBN-100130119954ISBN-139780130119957eBay Product ID (ePID)2261093Product Key FeaturesFormatHardcoverPublication Year2004LanguageEnglishDimensionsWeight59.8 OzWidth8.5in.Height1.3in.Length11.1in.Additional Product FeaturesDewey Edition20Table of Content1. Plumbing Fundamentals. Building Plumbing Systems. Water: The Substance. Water Supply. Water Supply Systems. Piping Materials. Fittings and Valves. Plumbing Fixtures. Codes and Standards. Building Codes. Study Questions. 2. Building Water Supply Design. Building Water Supply Systems. Water Supply Pipe Design Methods. Water Pressure Design Considerations. Water Temperatures. Domestic Water Heating. Determining Water Heater Size. Water Supply System Design Example. Pumps. Water Softening. Study Questions. 3. Sanitary Drainage System Design. Sanitary Drainage System. Drain and Vent Pipe Design. System Installation. Sanitary Drainage and Vent System Design Example. Study Questions. 4. Wastewater Treatment and Disposal. Wastewater Treatment Standards. CommunityWastewater Treatment and Disposal. On-Site Individual Sewage Treatment. Testing of Soil and Water for Drainage. Design Example of an Individual OSST System. OSST System Placement and Installation. Alternative Waste Treatment Systems. Gray Water Disposal Systems. Study Questions. 5. Building Storm Water Drainage. Storm Water. Storm Sewers. Roof Drainage Design. Surface Drainage. Subsurface Drainage Systems. Storm Water Drainage System Installation. Design Example of a Storm Water Drainage System. Study Questions. 6. Thermal and Environmental Concepts. Fundamental Thermal Concepts. Psychrometrics. Factors Influencing Occupant Thermal Comfort. Thermal Comfort. Indoor Air. Ventilation. Moisture in Buildings. Study Questions. 7. Heating Load Computations for Buildings. Principles of Heat Transfer. Heat Loss in Buildings. Transmission Heat Loss Units. Transmission Heat Loss Computations. Infiltration Heat Loss Computations. Heat Loss from Ventilation. Heating Load Analysis. Energy Estimation. Thermal Insulation. Study Questions. 8. HVAC Equipment and Systems. Heating Ventilating and Air Conditioning. Space Heating Equipment. Space Cooling (Refrigeration) Equipment. Ventilation Equipment. Air Humidification Equipment. Air Dehumidification Equipment. Distribution Systems and Equipment. Controls. Heating and Cooling System Arrangements. Fuel and Energy Sources. Compensation for Nonstandard Altitude and Temperature. Energy Recovery. Codes and Standards. Study Questions. 9. Hydronic Heating System Design. Types of Systems. Piping and Fittings. Boiler System Controls. Hot Water Heating Devices. Heating Device Ratings. Hot Water Heating System Design. Boilers. Installed and Existing Systems. System Installation. Study Questions. 10. Forced Air Heating System Design. Forced Air Systems (Heating). Ductwork. Duct Installation. Supply and Return Locations. Furnace Location. Duct Design Example. System Installation. Study Questions. 11. Electric Resistance Heating System Design. Type of Systems. Baseboard System Design. Baseboard System Design Example. Resistance Cable System Design. Resistance Cable Design Example. Radiant Panel System Design. Radiant Panel Design Example. System Installation. Study Questions.Dewey Decimal696IllustratedYesTarget AudienceCollege AudienceCopyright Date2005AuthorFrank R. Dagostino, Joseph B. WujekEdition Number4Lc Classification NumberTh438.G62497 2003Lccn2004-040011

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