Shopping Cart

No products in the cart.

IES LightingHandbook 10thEdition

$322.29

Illuminating Engineering Society – The Lighting Handbook Tenth Edition: Reference and Application

Published By Publication Date Number of Pages
IES 10 1331
Guaranteed Safe Checkout
Category:

If you have any questions, feel free to reach out to our online customer service team by clicking on the bottom right corner. We’re here to assist you 24/7.
Email:[email protected]

Advance your knowledge of lighting Successful lighting professionals must be able to incorporate into their work many new technological and scientific developments. Examples: solid state lighting sources; humans’ perception of light as they age, sustainability and the integration of daylighting with electric lighting; the effects of light on human health; to name a few. Clients rely on and, indeed, expect lighting practitioners to know their specialties and to make well-informed decisions and recommendations on the client’s behalf. That is why the 10th edition of the new IES Lighting Handbook is an essential knowledge reference for anyone in lighting. The 10th edition brings together some of the best minds in the lighting community to present the current state of knowledge as it relates to lighting and lighting design. With reliable and comprehensive information in a single source, practitioners can approach projects with confidence. Changes to the new edition:

  • New illuminance determination procedure consisting of visual age-based illuminance ranges and mesopic adaptation
  • Extensive updates on light sources, including solid state lighting
  • Holistic and complementary daylighting and electric lighting strategies
  • More extensive and specific qualitative lighting design criteria such as subjective impressions (psychological factors) and architectural spatial factors
  • Broader quantitative criteria such as illuminance uniformities, power and energy aspects, light trespass, and light pollution
  • In-depth coverage of sustainability practices: new chapters on daylighting, controls, sustainability, commissioning and energy management

Features:

  • Provides a compendium of what is known that directly relates to lighting and lighting design
  • Concise explanation of material
  • Content and format tailored to those involved in lighting decisions including practitioners, designers, architects, and engineers
  • Four color throughout; 600+ illustrations that enhance understanding
  • Conveniently-referenced tabular information is exemplified with numerous photographs and illustrations
  • Sustainable practice embedded throughout: refinement of light level criteria, definitive criteria related to brightness and user impressions, factors influencing power and energy use for lighting, and methods to minimize light trespass and light pollution

Comments from Reviewers “The 10th edition of the IES Lighting Handbook has been thoroughly updated to reflect the current state of lighting knowledge and practice. There is increased emphasis on sustainability, the solid state lighting ‘revolution’, and daylighting and lighting control system strategies as well as the latest legislative trends and industry practices. It is THE comprehensive reference and resource book covering the broad spectrum of Illumination Engineering. This book has clearly been written with the lighting practitioner in mind but will appeal to anybody involved with the various facets of lighting, from light source development to lighting design, from the physiological aspects of light to preparation of contracts. The Handbook emphasizes applications, contains many ready-to-use formulas and tables that give solutions to common problems. It is an indispensible tool! “

PDF Catalog

PDF Pages PDF Title
3 The Lighting Handbook – Tenth Edition: Reference and Application – Cover
6 Copyright
7 FOREWORD
9 PREFACE
23 FRAMEWORK
25 1 | PHYSICS AND OPTICS OF RADIANT POWER
1.1 Optical Radiation
27 1.2 Working Models of Optical Radiation
28 1.3 Properties of Optical Radiation
30 1.4 Production of Optical Radiation
42 1.5 Optics for Lighting
53 1.6 References
55 2 | VISION: EYE AND BRAIN
2.1 Ocular Anatomy and Function
61 2.2 Optics of the Eye
64 2.3 Visual System above the Eye
66 2.4 Vision and the State of Adaptation
68 2.5 Color Vision
72 2.6 Consequences for Lighting Design
76 2.7 References
79 3 | PHOTOBIOLOGY AND NONVISUAL EFFECTS OF OPTICAL
RADIATION
3.1 Overview
81 3.2 Nonvisual Response to OpticalRadiation
85 3.3 Effects of Optical Radiation on theEye
88 3.4 Effects of Optical Radiation on the Skin
91 3.5 Phototherapy
94 3.6 Germicidal UV Radiation
96 3.7 Lighting Safety Criteria
98 3.8 References
103 4 | PERCEPTIONS AND PERFORMANCE
4.1 Psychophysics: Studying Perceptions and Performance
106 4.2 Basic Parameters
110 4.3 Brightness
115 4.4 Visual Acuity
117 4.5 Contrast Sensitivity
119 4.6 Flicker and Temporal Contrast Sensitivity
121 4.7 Visual Performance
126 4.8 Form and Depth Perceptions
127 4.9 Spatial Perceptions
4.10 Glare
131 4.11 Performance, Perceptions and Lighting Recommendations
132 4.12 An Illuminance Determination System
138 4.13 Luminance Recommendations
139 4.14 References
145 5 | CONCEPTS AND LANGUAGE OF LIGHTING
5.1 Introduction
147 5.2 Radiant Power, Radiant Flux
150 5.3 Action Spectra
151 5.4 Defining Light
153 5.5 Luminous Flux
154 5.6 Surface Flux Densities
156 5.7 Spatial Flux Densities
159 5.8 Light and Materials
163 5.9 Other Derived Concepts
164 5.10 Tabulation
167 5.11 References
169 6 | COLOR
6.1 Basic Concepts
179 6.2 Color Specification: CIE System
187 6.3 Color Rendition
190 6.4 Materials Color Specification
196 6.5 Digital Color Specification
198 6.6 Color Appearance
6.7 Color Space Conversions
200 6.8 References
205 7 | LIGHT SOURCES TECHNICAL CHARACTERISTICS
7.1 Daylight
216 7.2 Filament Lamps
230 7.3 Fluorescent
247 7.4 High Intensity Discharge
262 7.5 Solid State Lighting
276 7.6 Disfavored Light Sources
7.7 Other Light Sources
277 7.8 References
281 7.9 Formulary: Daylight Availability from
IES Standard Skies
285 8 | LUMINAIRES FORMS AND OPTICS
8.1 General Description
289 8.2 Classifying Luminaires
298 8.3 Luminaire Types
306 8.4 Luminaire Performance
314 8.5 Specifying and Using Luminaires
320 8.6 References
323 9 | MEASUREMENT OF LIGHT PHOTOMETRY
9.1 Introduction
324 9.2 Photometric Standards
325 9.3 Visual Photometry
326 9.4 Physical Photometry
328 9.5 Absolute, Relative, and Substitution
Photometry
329 9.6 Instruments and Accuracy
332 9.7 Measuring Spectra
334 9.8 Measuring Illuminance
336 9.9 Measuring Intensity
338 9.10 Measuring Flux
339 9.11 Measuring Luminance
342 9.12 Measuring Reflectance and
Transmittance
344 9.13 Lamp Photometry
346 9.14 Luminaire Photometry
349 9.15 Field Measurements
355 9.16 References
359 10 | CALCULATION OF LIGHT AND ITS EFFECTS
10.1 Role and Use of Lighting Calculations
361 10.2 Calculating Illuminance, Luminance, and Flux
366 10.3 Photometric Data for Calculations
370 10.4 Models of Light Transport
374 10.5 Renderings Based on Calculations
379 10.6 Evaluating Lighting Analysis Software
382 10.7 Factors Affecting Lighting
Calculations
389 10.8 Assessing Computed Results
390 10.9 Standardized Calculation Procedures
394 10.10 References
397 10.11 Formulary
407 DESIGN
410 11 | LIGHTING DESIGN IN THE BUILDING DESIGN PROCESS
11.1 Lighting Design
411 11.2 Planning
412 11.3 Building Design Process
423 11.4 References
426 12 | COMPONENTS OF LIGHTING DESIGN
12.1 Lighting Design Factors
427 12.2 Spatial Factors
431 12.3 Psychological Factors
434 12.4 Physiological Factors
437 12.5 Task Factors
455 12.6 Systems Factors
461 12.7 Prescribed Factors
12.8 References
466 13 | LIGHT SOURCES APPLICATION CONSIDERATIONS
13.1 Summary
467 13.2 Efficacy
471 13.3 Life and Lumen Maintenance
474 13.4 Auxiliary Equipment
476 13.5 Starting and Restrike
477 13.6 Color
13.7 Directional Intensity
479 13.8 Physical Environment
13.9 Damage and Physical Harm
482 13.10 Lamp Geometry
483 13.11 Sustainability
484 13.12 Legislation
13.13 Standards
487 13.14 Cost of Light
13.15 References
490 14 | DESIGNING DAYLIGHTING
14.1 Benefits of Daylighting
493 14.2 Daylighting Design Process
497 14.3 Programming
499 14.4 Building Orientation
504 14.5 The Building Design
506 14.6 Glazing Materials
513 14.7 Daylight Delivery Systems
525 14.8 Exterior Shading Devices
527 14.9 Interior Shading Devices
529 14.10 Assessing Sunlight Penetration
531 14.11 Assessing Visual Comfort
14.12 Integration with Furnishings
532 14.13 Material Degradation
14.14 Electric Lighting Integration
533 14.15 Energy
534 14.16 Assessing Daylight Performance
543 14.17 References
548 14.18 Formulary
552 15 | DESIGNING ELECTRIC LIGHTING
15.1 Electric Lighting Systems
571 15.2 A Lighting Scheme
575 15.3 Modeling
579 15.4 Layouts
582 15.5 References
584 16 | LIGHTING CONTROLS
16.1 Lighting Controls: The Design Process
586 16.2 Lighting Control Strategies
592 16.3 Technology
613 16.4 Integration with Emergency Lighting
16.5 Control Protocols
616 16.6 References
620 17 | ENERGY MANAGEMENT
17.1 Basic Strategies
621 17.2 New Construction
627 17.3 Lighting System Upgrades
633 17.4 Lighting Efficiency Codes, Regulations and Standards
636 17.5 References
640 18 | ECONOMICS
18.1 The Role of Economic Analyses
641 18.2 Estimating Costs
643 18.3 Simple Payback
18.4 Simple Rate of Return
18.5 Cost of Light
644 18.6 Life Cycle Cost Benefit Analysis (LCCBA)
649 18.7 Discounted Payback and Rate of Return
18.8 Present Worth Example Problems
653 18.9 Economic Analysis Software
18.10 Summary
18.11 References
656 19 | SUSTAINABILITY
19.1 Basic Concepts
657 19.2 Elements of Sustainable Lighting Design
662 19.3 Light Pollution and Trespass
664 19.4 Assessing Sustainability
665 19.5 Sustainable Building Design Rating Systems, Codes and Standards
667 19.6 References
670 20 | CONTRACT DOCUMENTS
20.1 Responsibilities
671 20.2 Documentation
20.3 Drawings
678 20.4 Specifications
688 20.5
Controls Preset Schedule
689 20.6 Commissioning
690 20.7 Plan Checks
20.8 References
696 APPLICATIONS
700 21 | LIGHTING FOR ART
701 21.1 Project Type and Status
21.2 Application Types
715 21.3 Illuminance Criteria
719 21.4 Designing
720 21.5 References
722 22 | LIGHTING FOR COMMON APPLICATIONS
22.1 Project Type and Status
723 22.2 Application Types
756 22.3 Illuminance Criteria
760 22.4 Designing
761 22.5 References
762 23 | LIGHTING FOR COURTS AND CORRECTIONAL FACILITIES
23.1 Project Type and Status
763 23.2 Application Types
787 23.3 Illuminance Criteria
791 23.4 Designing
792 23.5 References
794 24 | LIGHTING FOR EDUCATION
24.1 Project Type and Status
795 24.2 Application Types
814 24.3 Illuminance Criteria
818 24.4 Designing
819 24.5 References
820 25 | LIGHTING FOR EMERGENCY, SAFETY, AND SECURITY
25.1 Project Type and Status
25.2 Application Types
831 25.3 Illuminance Criteria
835 25.4 Designing
25.5 References
838 26 | LIGHTING FOR EXTERIORS
26.1 Project Type and Status
839 26.2 Application Types
862 26.3 Illuminance Criteria
866 26.4 Designing
867 26.5 References
868 27 | LIGHTING FOR HEALTH CARE
869 27.1 Project Type and Status
27.2 Application Types
911 27.3 Illuminance Criteria
916 27.4 Designing
917 27.5 References
918 28 | LIGHTING FOR HOSPITALITY AND ENTERTAINMENT
919 28.1 Project Type and Status
28.2 Application Types
945 28.3 Illuminance Criteria
949 28.4 Designing
950 28.5 References
952 29 | LIGHTING FOR LIBRARIES
29.1 Project Type and Status
953 29.2 Application Types
970 29.3 Illuminance Criteria
976 29.4 Designing
977 29.5 References
979 30 | LIGHTING FOR MANUFACTURING
30.1 Project Type and Status
980 30.2 Application Types
1052 30.3 Illuminance Criteria
1056 30.4 Designing
1057 30.5 References
1059 31 | LIGHTING FOR MISCELLANEOUS APPLICATIONS
1060 31.1 Project Type and Status
31.2 Application Types
1083 31.3 Illuminance Criteria
1087 31.4 Designing
1088 31.5 References
1089 32 | LIGHTING FOR OFFICES
1090 32.1 Project Type and Status
32.2 Application Types
1105 32.3 Illuminance Criteria
1111 32.4 Designing
1112 32.5 References
1113 33 | LIGHTING FOR RESIDENCES
1114 33.1 Project Type and Status
33.2 Application Types
1135 33.3 Illuminance Criteria
1139 33.4 Designing
1140 33.5 References
1141 34 | LIGHTING FOR RETAIL
1142 34.1 Project Type and Status
34.2 Application Types
1183 34.3 Illuminance Criteria
1187 34.4 Designing
1188 34.5 References
1189 35 | LIGHTING FOR SPORTS AND RECREATION
35.1 Project Type and Status
1220 35.2 Application Types
1227 35.3 Illuminance Criteria
1231 35.4 Designing
1232 35.5 References
1233 36 | LIGHTING FOR TRANSPORT
36.1 Project Type and Status
1234 36.2 Application Types
1245 36.3 Illuminance Criteria
1250 36.4 Designing
1251 36.5 References
1253 37 | LIGHTING FOR WORSHIP
37.1 Project Type and Status
1254 37.2 Application Types
1271 37.3 Illuminance Criteria
1275 37.4 Designing
1276 37.5 References
1278 Index
IES LightingHandbook 10thEdition
$322.29