Designing Interior Architecture Concept, Typology, Material, Construction – Thiết kế kiến trúc nội thất
Contents
8 Foreword by Simon Hamilton
Simon Hamilton & Associates, International Director, British Institute of Interior Design (BIID)
9 Foreword by Kees Spanjers
Zaanen Spanjers Architects, Past President, Dutch Association of Interior Architects (BNI) Sylvia Leydecker
10 In between – Interior Design Between Architecture and Design
10 Public Image
17 Professional Profile
20 Interior Design as Corporate Design
29 The Social Dimension of Interior Design
32 Product Design
32 Integration
32 Colour
32 Material
40 Values
42 Trends
49 Interior Design is a Reflection of the Era
52 Building Types
62 Developing a Discipline: Interior Design Education and Research
66 Sustai nability: Industry Standards and Innovation
67 Sustainability Through Industry Standards
69 Rating Systems
72 Evaluation
75 Sustainability Through Innovation
76 Building Small and the Influence of Economy and Ecology
80 Case Study: Four Small Projects, New York, USA
81 Modular Means
83 Impermanence
85 Case Study: Illy Caffè
87 Case Study: Toolbox, Turin, Italy
87 The Performative: Flexibility to Multifunctionality
97 Adaptive Re-use
98 You ha ve to be inspired… Fashion, Music, Art and Science as Design Inspiration
98 What Does Design/Designing Mean and What Do We Understand by Qualities?
101 Inspiration: Between Emotion and Function
101 You Have to Be Inspired… by Music
102 You have to Be Inspired… by Art
110 You have to Be Inspired… by Fashion
114 You have to Be Inspired… by Science
120 Quality of Life
120 Quality – the Quiet Revolution
128 The Quality of Space: Order, Freedom, Structure and Pathways
132 Micro-stress Factors in Hotel Design: Do It Simple Do It Stupid
136 Living: From the Living Room to the Skyscraper and Back
142 The Quality of Life and Work: The Glory of Bore
150 Emotionality: Anthings Goes, but…
156 Traditional Materials
157 Glass
161 Wood
172 Metals
176 Roads of Material Innovation
176 Mood
180 Protection
181 Wellbeing
182 Acoustics
182 Performance
182 Dynamic Decorative Surfaces
185 Personalisation
185 Responsible
186 Space-Defining Surfaces: Floors, Walls, Ceilings
187 Material Light
193 Light Concrete
193 Spinning a Yarn
193 Reclamation
198 Woven materialS: From Wool Felt to Smart Textiles
199 Wool
201 Three-dimensional Textiles
201 Laser-cut Textiles
201 Wooden Textiles and Textile Wood
203 Metallic Fabrics
203 Smart Hybrid Textiles
204 Nanotechnology in Interior Design
205 What is Nanotechnology?
209 (Almost) Self-Cleaning
211 Improved Indoor Air Quality
211 High-performance Low-thickness Insulation
211 Thermal Nanomaterials for Reducing Heating and Cooling Requirements
212 Elegant and Visionary Architectural Forms Using UHPC
212 Other Applications
212 Energy-efficient Light: Super-flat and Flexible
214 Paints and Light
214 Information Technology
216 The Aesthetic Qualities of Light, Air and Acoustics
217 Light – a Sensual Building Material
220 Qualities of Light: from Richard Kelly to the Present Day
226 Light is Emotion
230 Light Sceneries
234 Cultural Aspects of Light
237 Light for Senior Living
239 Lighting Design and a Sense of Identity
241 Indoor Air – an Invisible Design Element
241 Components of Indoor Air Concepts
242 Indoor Air and Sustainability
242 Indoor Air and Interior Design
244 Acoustics – an Aesthetic Design Element
244 Facets of Acoustics
246 Acoustics and Well-Being
248 Acoustics is Communication
250 Acoustic Design and Interior Architecture
Examples of the Use of Technical Installations as Design Elements:
253 SPIEGEL Group Canteen in Hamburg, Germany
254 Interval Foyer of the Palace of International Forums in Tashkent, Uzbekistan
256 Media
258 Media and the Fine Arts
262 At Home in Cyberspace
264 Topological Transformations and
Interspaces
266 From Interface to Interspace
272 From Intelligent Technology to Intelligent Typology
276 Information Technology
278 Smart Home
279 Standardisation and the User Experience
280 Residential Applications
281 Public and Commercial Environments
286 Sense and Simplicity
288 Technical Systems
289 Heat
290 Electricity and Signals
290 Water, Gases, Air
290 Heat Systems
290 Heat Production
291 Heat Distribution
292 Heat Emission
292 Cooling
292 Cooling Systems
293 Distribution and Provision of Cool Air
293 Ventilation Systems
294 Humidity and Temperature
295 Air Change Rate
294 Health and Comfort Levels
295 Basic Types of Ventilation and Air-Conditioning Systems
296 Decentralised versus Centralised
Air-Conditioning Systems
297 Duct Network
297 Room Ventilation Flow Systems
297 Air Diffusers
298 Solar Protection
298 Active versus Passive Solar Protection
298 Wastewater Systems
299 Gas Installations
299 Wasser Purification
299 Hot Water and Drinking Water Installations
300 Electrical Installations
300 Centralised Energy Production and Distribution
300 Decentralised Energy Production
300 Transfer Points in Buildings
301 Putting It All Together: Measuring, Control and Regulation Systems
301 The Field Level
301 The Automation Level
301 The Management Level
302 Fire Protection
302 The Fire Protection Concept
303 Fire Protection – Building Structure and Construction
303 Fire Protection – Technical Systems and Installations
304 Building in Exis ting Fabric
305 Barrier-free Access
310 Conservation of Historic Buildings
321 Two Different Approaches to Conservation:
Neues Museum and Alte Nationalgalerie,
Berlin, Germany
Johannes Stumpf
326 Project Management
330 Interior Design Without F rontiers
330 Challenges
332 Prerequisites
332 Services
334 First Steps
334 Outlook
339 How International do We Work?
348 Afterword and Acknowledgements
349 Books and Journals, Trade Fairs,
Associations and Other Useful Links
350 About the Editor and the Authors
352 Illustration Credits
INDEX
355 Index of Designers and Authors
356 Index of Projects
358 Index of Building Types
361 Index of Places
362 Profile












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