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 |
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 |