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Building Systems for Interior Designers 2nd Revised edition [Kõva köide]

  • Formaat: Hardback, 464 pages, kõrgus x laius x paksus: 288x227x27 mm, kaal: 1350 g, ill
  • Ilmumisaeg: 16-Jun-2009
  • Kirjastus: John Wiley & Sons Ltd
  • ISBN-10: 0470228474
  • ISBN-13: 9780470228470
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  • Formaat: Hardback, 464 pages, kõrgus x laius x paksus: 288x227x27 mm, kaal: 1350 g, ill
  • Ilmumisaeg: 16-Jun-2009
  • Kirjastus: John Wiley & Sons Ltd
  • ISBN-10: 0470228474
  • ISBN-13: 9780470228470
Teised raamatud teemal:

Building Systems for interior designers

Second Edition

Corky Binggeli, asid

The updated guide to technical building systems for interior designers

As integral members of the building design team, interior designers share an increasingly complex and crucial role. Now revised in its second edition, Building Systems for Interior Designers remains the one go-to resource that addresses the special concerns of the interior designer within the broader context of the rest of the building design team.

Building Systems for Interior Designers, Second Edition explains technical building systems and engineering issues in a clear and accessible way to interior designers. Covering systems from HVAC to water and waste to lighting, transportation, and safety, author Corky Binggeli enables interior designers to communicate more effectively with architects, engineers, and contractors; collaborate effectively on projects; and contribute to more accurate solutions for a broad range of building considerations.

Among the many improvements in the Second Edition are:

  • A deeper engagement with sustainable building design, giving the interior designer the resources needed to participate as part of a sustainable design team
  • A reshaped structure that enhances the reader's understanding of the material
  • Many more illustrations and explanatory captions

With a host of features to make the book more up to date, easier to use, and more effective as an instructive guide, Building Systems for Interior Designers, Second Edition is a valuable book for students as well as a practical desktop reference for professionals.

Preface ix
Acknowledgments xii
PART I THE BUILDING AND ITS ENVIRONMENT
Environmental Conditions and the Site
3(13)
The Outdoor Environment
3(2)
Limited Energy Resources
5(3)
The Greenhouse Effect
8(1)
Sustainable Design Strategies
8(2)
Setting Sustainability Goals
9(1)
Sustainable Design Strategy List
9(1)
The LEED System
9(1)
Energy Star®
10(1)
Advances in Sustainable Design
10(1)
Building Site Conditions
10(6)
Local Climates
10(1)
Climate Types
11(1)
The Site
12(2)
Animal and Plant Life
14(2)
Designing Building Functions for Human Health and Safety
16(15)
The Building Envelope
16(2)
Building Form
18(3)
Designing for Building Systems
18(1)
Between Floors and Ceilings
18(2)
Service Cores
20(1)
Embodied Energy of Building Materials
21(1)
The Design Team
21(1)
The Human Body and the Built Environment
22(2)
Maintaining Thermal Equilibrium
22(1)
Effects of Heat and Cold
23(1)
Visual and Acoustic Comfort
23(1)
Other Human Environmental Requirements
24(1)
Building Codes
24(7)
Code Officials
24(1)
Coordinating with Architects and Engineers
24(1)
Standards and Organizations
24(2)
Federal Regulations
26(1)
Codes and Regulations
26(1)
Occupational Safety and Health Act
26(1)
Americans with Disabilities Act
26(1)
Fair Housing Act
27(4)
PART II STRUCTURAL SYSTEMS
Basic Structural Principles and Elements
31(9)
Superstructure and Foundation
31(1)
Building Loads
31(5)
Static and Dynamic Loads
31(2)
Compression, Deflection, and Tension
33(1)
Spanning Openings
33(3)
Vertical Supports
36(1)
Lateral Forces
37(1)
Shearing Forces
38(1)
Grid Frameworks
39(1)
Structural Forms
40(19)
Windows and Doors
40(1)
Vapor Pressure
41(1)
Roofs
42(1)
Foundations
42(2)
Exterior Walls
44(1)
Load-Bearing Walls
44(1)
Structural Types
45(1)
Embodied Energy and Construction Materials
45(1)
Light Frame Structures
46(2)
Light Frame Wood
46(1)
Light Frame Steel
47(1)
Post-and-Beam and Heavy Timber
48(1)
Masonry Structures
49(4)
Masonry Openings
49(1)
Masonry Wall Construction
49(1)
Movement Joints
50(1)
Stone
50(1)
Brick
51(1)
Concrete Block
52(1)
Unfired Earth Constructions
52(1)
Concrete Structures
53(2)
Site-Cast Concrete
54(1)
Precast Concrete
54(1)
Shell Structures
55(1)
Metal Structures
55(2)
Cast Iron and Wrought Iron
55(1)
Steel Framing
56(1)
Other Structural Types
57(2)
Horizontal Structures and Vertical Movement
59(26)
Horizontal Structural Units
59(3)
Floor and Ceiling Assemblies
59(1)
Concrete Floor Systems
59(1)
Wood Floor Systems
60(2)
Steel Floor Systems
62(1)
Moving Vertically
62(17)
Stairs
62(5)
Ramps
67(1)
Elevators
68(9)
Escalators
77(1)
Moving Walks and Ramps
78(1)
Materials Handling
79(6)
Vertical Lifts
79(1)
Conveyors
79(1)
Pneumatic Systems
80(1)
Automated Container-Delivery Systems
80(5)
PART III WATER SUPPLY, DISTRIBUTION, AND WASTE SYSTEMS
Water-Supply Systems
85(18)
The Hydrologic Cycle
87(1)
Retaining Rainwater
87(1)
Protecting the Water Supply
88(1)
Contaminated Water Supplies
8(80)
Water-Supply Systems
88(1)
Well Water
89(1)
Municipal Water-Supply Systems
89(1)
Water Quality
89(1)
Water-Quality Characteristics
90(1)
Water Treatments
90(1)
Water Distribution
90(7)
Distribution Systems
94(1)
Supply Pipes
94(2)
Supply Lines and Valves
96(1)
Hot Water
97(6)
Hot Water Temperatures
97(1)
Water Heaters
98(3)
Water-Heater Energy Efficiency
101(1)
Hot Water Distribution
101(2)
Water Waste and Reuse Systems
103(14)
Waste-Piping Networks
103(6)
Residential Waste Piping
106(1)
Large Building Waste-Piping Systems
107(1)
Waste Components of Plumbing Fixtures
107(2)
Vent Piping
109(1)
Treating and Recycling Water
110(3)
Rural Sewage Treatment
110(1)
Municipal Sewage Treatment Plants
111(1)
On-Site Large-Scale Treatment Systems
111(1)
Recycled Water
112(1)
Solid Waste Systems
113(4)
Construction Waste
113(1)
Planning for Recycling
114(1)
Solid Waste Collection in Small Buildings
115(1)
Large-Building Solid Waste Collection
115(2)
Toilet and Bath Design
117(22)
Plumbing History
117(1)
Toilets
118(2)
Urinals
120(1)
Designing Bathrooms
120(15)
Plumbing-Fixture Selection and Installation
121(10)
Designing Private Bathrooms
131(1)
Designing Public Toilet Rooms
131(4)
Plumbing for Appliances and Equipment
135(4)
PART IV THERMAL COMFORT: HEATING AND COOLING SYSTEMS
Principles of Thermal Comfort
139(23)
Principles of Heat Transfer
140(1)
Heat Transfer and the Building Envelope
141(5)
Radiation
141(3)
Heating Floors and Ceilings
144(1)
Conduction
145(1)
Convection
145(1)
Evaporation
145(1)
Thermal Capacity and Resistance
146(8)
Thermal Mass
147(2)
Thermal Conductivity
149(1)
Thermal Resistance
149(2)
R-Values
151(1)
Types of Insulation
151(3)
Thermal Feel
154(1)
U-Factors
154(1)
Solar Heat Gain Coefficient
154(1)
Humidity
154(3)
Condensation
155(1)
High Humidity
155(1)
Low Humidity
155(1)
Controlling Hidden Moisture
156(1)
Mechanical Engineering Design Process
157(5)
Phases of the Design Process
157(1)
Thermal Comfort Zones
158(1)
Heating and Cooling Loads
158(2)
Energy-Use Calculations
160(1)
Heating and Cooling System Components
160(1)
Architectural Considerations
160(2)
Indoor Air Quality
162(31)
Sick Building Syndrome
163(1)
Allergies and Multiple-Chemical Sensitivity
163(1)
Odors
164(1)
Volatile Organic Compounds
164(15)
Chemicals Affecting Indoor Air Quality
165(2)
Other Indoor-Air-Quality Contaminants
167(2)
Biological Contaminants
169(1)
Interior Materials and Volatile Organic Compounds
170(3)
Material Safety Data Sheets
173(1)
Indoor-Air-Quality Equipment
173(6)
Plants and Indoor Air Quality
179(1)
Controls for Indoor Air Quality
179(1)
Ventilation
179(4)
Natural Ventilation
179(2)
Mechanical Ventilation
181(2)
Fenestration
183(9)
Window Orientations
183(1)
Windows and Natural Ventilation
183(1)
Thermal Transmission
184(5)
Selecting Glazing Materials
189(1)
Window Films
189(1)
Window Frames
190(1)
Window Treatments
190(2)
Doors
192(1)
Heating and Cooling
193(46)
Solar Heating
193(2)
Passive Solar Designs
195(3)
Shading for Solar-Heat Control and Cooling
196(2)
Solar Collectors
198(1)
Active Solar Designs
198(1)
Solar Water Heating, Cooling, and Other Applications
198(1)
Heating Systems
199(1)
History of Heating Systems
199(1)
Building Heating Fuels
199(1)
Building Energy Conservation
200(19)
Fireplaces and Woodstoves
201(4)
Chimneys and Flues
205(1)
Gas-Fired Heaters
205(1)
Hot Water and Steam-Heating Systems
205(4)
Natural Convection Heating Units
209(2)
Radiant Heating
211(3)
Warm Air Heating
214(5)
Cooling Systems
219(9)
Air Conditioning Energy Use
220(1)
Design Strategies for Cooling
220(1)
Fans
221(1)
Mechanical Air Conditioning
222(1)
Air-Conditioning Equipment
223(2)
Other Heating and Cooling Equipment
225(3)
HVAC Systems
228(11)
HVAC-System Design
228(2)
HVAC Zones
230(1)
HVAC-System Types
230(1)
HVAC Equipment
231(8)
PART V ELECTRICAL AND LIGHTING SYSTEMS
Electrical-Systems Basics
239(34)
Principles of Electricity
239(5)
Lightning
240(1)
Circuits
240(1)
Amps, Volts, Watts, and Ohms
241(1)
Direct and Alternating Current
242(2)
Power Generation
244(1)
Power Sources
244(4)
Photovoltaic Technology
245(3)
Electrical-System Design Process
248(2)
Electrical Service Equipment
250(3)
Energy Conservation and Demand Control
252(1)
Electrical-Circuit Design
253(11)
Grounding
253(2)
Electrical-Fire Risks
255(1)
Circuit Protection
255(2)
Branch Circuits
257(2)
Electrical Design for Residences
259(3)
Electrical Design for Commercial Spaces
262(1)
Electronic-Equipment Protection
263(1)
Electrical Emergency Systems
263(1)
Electrical Wiring and Distribution
264(5)
Full-Access Floors
268(1)
Low-Voltage Wiring
268(1)
Power Line Carrier Systems
269(1)
Receptacles and Switches
269(4)
Electrical Receptacles
270(1)
Switches
271(2)
Lighting Systems
273(35)
Daylighting
273(1)
Physiological Effects of Daylighting
273(1)
Glare
274(1)
Designing for Daylighting
274(7)
Sidelighting
275(2)
Toplighting
277(2)
Daylight Control
279(2)
Daylighting and Heat
281(1)
Lighting-Design Basics
281(19)
History of Lighting
281(2)
Principles of Lighting Design
283(2)
The Process of Lighting Design
285(2)
Selecting Light Sources
287(6)
Lighting-Fixture Selection
293(2)
Lighting Controls
295(3)
Lighting-Systems Tuning
298(1)
Lighting Fixtures and Codes
298(1)
Lighting-System Maintenance
299(1)
Emergency Lighting
299(1)
Lighting Design Applications
300(2)
Lighting Residential Spaces
302(1)
Guidelines for Residential Kitchens
302(1)
Guidelines for Residential Bathrooms
302(1)
Other Residential Lighting
303(1)
Residential Lighting Controls
303(1)
Lighting Commercial Spaces
303(4)
Lighting Public Restrooms
303(1)
Office Lighting
303(2)
Lighting Educational Facilities
305(1)
Retail Lighting
306(1)
Lighting Hotel Rooms
307(1)
Lighting Industrial Buildings
307(1)
Outdoor Lighting
307(1)
Electrical Appliances and Communications Equipment
308(19)
Kitchen Appliances
309(11)
Refrigerators and Freezers
311(1)
Stoves and Ovens
312(4)
Dishwashing
316(1)
Laundry Equipment
317(2)
Appliance Control and Energy Conservation
319(1)
Data and Communications Wiring
320(7)
PART VI FIRE SAFETY
Basic Principles of Fire-Safety Design
327(31)
Combustion
328(2)
Products of Combustion
329(1)
Fire Safety Codes
330(2)
Fire Safety Design
332(13)
Fire Safety Objectives
332(1)
Protecting the Structure
333(1)
Compartmentation and Fire Barriers
334(2)
Areas of Refuge
336(1)
Horizontal Exits
337(1)
Vertical Openings
338(1)
Construction Assemblies
339(1)
Doors
339(2)
Windows
341(1)
Fire Dampers and Draft Stops
342(1)
Firestops
343(1)
Designing to Help Firefighters
343(1)
Smoke Management
343(2)
Escape Routes
345(3)
Occupant Loads
345(1)
Means of Egress
345(1)
Exit Access
346(2)
Exits
348(2)
Exit Passageways
348(1)
Exit Discharges
348(2)
Exit Signs
350(1)
Limiting Fuels
350(8)
Terminology
351(1)
Using Materials Safely
352(1)
Finish Classes and Test Ratings
353(3)
Nontested Finishes
356(2)
Fire Detection, Alarm, and Suppression
358(17)
Fire Suppression
358(1)
Occupancy Hazard Classifications
358(1)
Designing Fire-Suppression Systems
359(7)
Sprinkler-System Components
361(1)
Sprinkler-System-Damage Control
362(1)
Standpipes and Hoses
362(1)
Other Fire-Suppression Systems
362(2)
Portable Fire Extinguishers
364(2)
Fire Detection and Alarms
366(9)
Fire Detection
366(3)
Fire-Alarm Systems
369(6)
PART VII ACOUSTICS
Acoustic Design Principles
375(14)
Acoustic Design
375(1)
Wavelengths and Frequencies
376(1)
The Ear
377(1)
Speech
378(1)
Loudness
378(1)
Sound Waves
379(6)
Reflected Sound
379(3)
Absorbed Sound
382(1)
Sound Masking
382(2)
Musical Sounds
384(1)
Noise
384(1)
The Designer's Role
384(1)
Addressing Interior Acoustic Design Issues
385(4)
Acoustics and Building Codes
386(1)
Noise Reduction
386(2)
Acoustically Transparent Surfaces
388(1)
Sound Absorption Within a Space
389(12)
Sound Absorption
389(1)
Coefficient of Absorption
389(1)
Installation of Absorptive Materials
390(9)
Fibrous Materials
391(1)
Acoustical Ceiling Materials
392(5)
Wall Panels
397(1)
Carpet
398(1)
Draperies, Fabrics, and Upholstery
399(1)
Acoustical Properties of Other Finish Materials
399(1)
Sound Absorbers
399(2)
Sound Transmission Between Spaces
401(14)
Controlling Building System Noise
401(1)
Plumbing and Mechanical System Noise
401(1)
Electrical System Noise
402(1)
Airborne and Structure-Borne Sound
402(4)
Diffraction
404(1)
Flanking Paths
404(2)
Transmission Loss
406(5)
Stiffness and Resonance
406(1)
Compound Barriers
407(1)
Sound Transmission Between Rooms
408(1)
Doors
409(1)
Windows
410(1)
Operable and Demountable Partition Systems
411(1)
Cushioning Impacts
411(4)
Isolating Sound in Floor and Ceiling Spaces
412(2)
Special Acoustical Devices
414(1)
Acoustical Applications
415(18)
Speech Privacy
415(5)
Enclosed Offices
415(1)
Open Offices
416(3)
Masking Sound
419(1)
Spaces for Music and Performance
420(5)
Concert Halls
421(1)
Opera Houses
422(1)
Recital Halls
422(1)
Other Listening Spaces
422(3)
Schools
425(1)
Residential Buildings
426(1)
Electronic Sound Systems
427(6)
Design of Sound-Reinforcement Systems
428(1)
Sound-System Components
428(1)
Loudspeaker Systems
429(4)
Index 433
Corky Binggeli, ASID, is a principal at Corky Binggeli Interior Design in Boston and has taught at Wentworth Institute of Technology in Boston and Boston Architectural College. A professional member of ASID and past President of ASID New England, she is the author of Graphic Standards Field Guide to Commercial Interiors; Interior Graphic Standards, Second Edition; Materials for Interior Environments; and coauthor with Francis D. K. Ching of Interior Design Illustrated, Second Edition, all from Wiley.