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Dynamic artificial light in museums In galleries and museums, one’s perception of art, space, and atmosphere is largely determined by lighting. But which light settings should art and museum experts and exhibition designers choose, and on what basis are those choices made? Pioneering LED technologies make customized lighting scenarios possible, turning artificial light into an interactive material in museum architecture – not only in terms of design practice, but also in terms of real-time spatial experiences. Computer-controlled lighting technologies are breaking boundaries, allowing the individual to take full control of lighting design. Light Up explores the potential of dynamic artificial lighting technologies in museum architecture, offering new insights into the use of light in exhibition spaces. How LED technologies can be used to develop customized lighting scenarios Studies in the real context of art institutions as well as programming of interactive light simulations Documents the research project “White Cube Teleporter” Dynamisches Kunstlicht im Museum In Galerien und Museen wird die Wahrnehmung von Kunst, Raum und Atmosphäre wesentlich durch den Faktor Licht bestimmt. Doch welche Lichteinstellungen sollen von Kunst- und Museumsexpert:innen und Ausstellungsgestalter:innen vorgenommen werden, und wie und auf welcher Basis wird eine Wahl getroffen? Zukunftsweisende LED-Technologien ermöglichen maßgeschneiderte Beleuchtungsszenarien. Kunstlicht wird so zum interaktiven Material in der Museumsarchitektur – nicht nur in der Entwurfspraxis, auch in Echtzeit-Raumerfahrungen. Computergesteuerte Lichttechnologien setzen neue Maßstäbe: Das Individuum entscheidet und übernimmt die Gestaltungshoheit. Light Up ergründet das Potenzial dynamischer Kunstlichttechnologien in der Museumsarchitektur – und eröffnet damit neue Sichtweisen im Umgang mit Licht im Ausstellungsraum. Wie mit LED-Technologien maßgeschneiderte Beleuchtungsszenarien entwickelt werden können Studien im realen Kontext von Kunstinstitutionen und Programmierung interaktiver Lichtsimulationen Dokumentiert das Forschungsprojekt „White Cube Teleporter“

Lighting. --- artificial lighting. --- exhibition design. --- lighting design. --- museum architecture. --- white cube.

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Das Spektrum für optimierte Lichtkonzepte ist nahezu grenzenlos: Reise, Freizeit, Lehre und Berufsleben finden zu 90 Prozent in geschlossenen Räumen statt. Da der Mensch auf Licht angewiesen ist, prägt die richtige Lichtlösung wesentlich seine Lebensqualität. „Licht ist das Medium des Sehens und der Seele. Es wirkt auf Lebensrhythmus, Stimmung und Leistungsfähigkeit des Menschen“, sagt Christian Bartenbach, der für seine Forschungen und Anwendungen höchste Anerkennung erntete. In diesem Handbuch dokumentiert er sein Lebenswerk, das er der Erforschung des Lichtes, seiner Planung und Wirkung im visuellen Raum gewidmet hat, und zieht die Summe seiner Erkenntnisse. Es umfasst physikalische Grundlagen, Zusammenhänge von Licht und Gesundheit und zeigt im Detail eine Vielzahl von Lösungen für Tages- und Kunstlicht.

1900-2099 --- Switzerland. --- Lighting. --- artificial lighting. --- handbook. --- lighting design. --- natural lighting. --- space.

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In diesem Planungsleitfaden dokumentiert die renommiete Lichtplanerin Ulrike Brandi die Summe ihrer Erkenntnisse zu den Themen Lichtplanung, Tageslicht, Nachhaltigkeit und gesunde Lebensräume. Ganzheitliche Lichtplanung in Zeiten fortschreitender Technisierung durchzusetzen, ist eine Herausforderung, aber auch der richtige Schritt in Richtung Nachhaltigkeit im Umgang mit Licht und Energie. Die renommierte Lichtplanerin Ulrike Brandi bringt diese Haltung auf eine einfache Formel: „Von Anfang an gut zu belichten, ist besser, als nachträglich zu beleuchten." Der Leitfaden LICHT NATUR ARCHITEKTUR beweist, wie wichtig, aber auch einfach es ist, natürliches Licht in die Planung und Gestaltung gesunder und wohltuender Lebens- und Arbeitswelten zu integrieren. Das reich illustrierte und nach natürlichen Lichtphänomenen gegliederte Handbuch vereint den Erfahrungsschatz von Ulrike Brandi sowie theoretische Grundlagen und Entwurfsmethoden zu einem Nachschlagewerk und einer vielfältigen Inspirationsquelle. Reich illustriertes Grundlagenwerk für ganzheitliche Lichtplanung Einblick in die umfassende Praxiserfahrung und die individuelle Herangehensweiseder renommierten Lichtplanerin Ulrike Brandi Inspirationsquelle für Fachplanende, Architekturschaffende und Laien Erhältlich auf Englisch und Deutsch (Licht Natur Architektur, ISBN 9783035624083) In this planning guide, the renowned lighting designer Ulrike Brandi documents all her findings on the topics of lighting design, daylight, sustainability and healthy living spaces. It is a challenge to create holistic lighting design in times of advancing mechanization, but it is the right thing to do in terms of achieving sustainability in the use of light and energy. The renowned lighting designer Ulrike Brandi explains this attitude with the words, “It’s better to make the most of natural light from the start, rather than compensating with artificial light afterwards”. The guideline Light Nature Architecture proves how essential, but also simple, it is to integrate natural light into architectural planning and thus into the design of healthy and pleasant living and working environments. This richly illustrated handbook is structured based on natural light phenomena and combines Ulrike Brandi’s wealth of experience, theoretical principles, and design methods to create a reference work and source of inspiration. Richly illustrated basic work for holistic lighting design Insight into the extensive practical experience and the individual approach of the renowned lighting designer Ulrike Brandi Source of inspiration for professional planners, architects and laypeople Available in English and German (Licht Natur Architektur, ISBN 9783035624083)

ARCHITECTURE / Interior Design / Lighting. --- Brandi. --- Elbphilharmonie Hamburg. --- Ian Ritchie. --- National Holocaust Names Monument. --- Ulrike Brandi. --- concert hall lighting. --- daylight. --- good light. --- healthy light. --- holistic lighting design. --- interior design. --- interior lighting. --- lighting design. --- lighting inspiration. --- lighting typologies. --- magical light. --- sustainable lighting design.

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The book explores evolving perspectives on furniture, interior, spatial and architectural design, providing a multifaceted view of how the design discipline and practice deal with the complex and ever-evolving interplay between the physical and the digital realms. It explores the new frontiers of digitally enhanced design, investigating how computation capabilities impact the design discipline and designers’ thinking and practice. Today more than ever, the design discipline must cope with the need to absorb technical skills and dialogue with traditionally distant domains. The core competencies in the Human Computer Interaction field are becoming essential to every design branch: the computational power is entering the design process, modifying how products and spaces are designed, how they are produced, and how they will impact the daily life of users. The book explores these novel frontiers, proposing captivating portraits of digitally enhanced design possibilities, from tools and processes to expressive potentials. Industry 4.0 and traditional craftsmanship hybridize in view of a circular and just economy for the furniture sector, imagining new approaches towards the European Green Deal. The sensing capabilities are intertwined with the materials to create a new form of animated objects, proposing a novel design approach beyond the user-centered one. The computational power of lighting design tools is entering the complex BIM methodology, exploring the problematic integration between the two worlds, and proposing solutions to support the design activity. Artificial Intelligence reframes the domestic landscape, thanks to Science Fiction Scenarios, to stimulate reflection on the designer’s role in framing utopic/dystopic futures. Finally, data drive the design of adaptive morphologies, exploring the context of computational design with a conceptual framework and reflecting on how robotic design can contribute to architecture.

Interior design, decor & style guides --- Artificial intelligence --- digitally-enhanced design, lighting design, smart materials system, sustainability, data-driven design, artificial intelligence

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This Special Issue addresses a topic of great contemporary relevance; in developed countries, most of peoples’ time is spent indoors and, depending on each person, the presence in the home ranges from 60% to 90% of the day, and 30% of that time is spent sleeping. Taking into account these data, indoor residential environments have a direct influence on human health. In addition to this, in developing countries, significant levels of indoor pollution make housing unsafe, with a detrimental impact on the health of inhabitants. Housing is therefore a key health factor for people all over the world, and various parameters such as air quality, ventilation, hygrothermal comfort, lighting, physical environment, and building efficiency, among others, can contribute to healthy architecture, and the conditions that can result from the poor application of these parameters.

Technology: general issues --- vernacular architecture --- sustainability --- energy efficiency --- history --- statistics --- society --- acoustics --- environmental quality --- learning space --- occupant comfort --- sustainable architecture --- sustainable building --- visual comfort --- thermal comfort --- ventilation comfort --- VOCs --- polymer-based items --- indoor air quality --- test emission chamber --- exposure scenario --- natural lighting --- artificial lighting --- indoor lighting design --- chronodisruption --- circadian rhythms --- daylighting --- sustainable lighting design --- LED luminaires --- indoor environment quality --- classroom lighting --- sustainable development --- desalination --- reverse osmosis --- renewable energies --- environmental impacts --- decision support systems --- types of contract --- in-vehicle air quality --- pollution model --- thermal environment --- solar radiation --- VOCs exposure --- CFD --- environmental health --- building energy simulation --- water flow glazing --- experimental validation --- schools --- heat perception --- user’s perception --- qualitative technique --- POE --- weather file management --- weather datasets --- weather stations --- sensitivity analysis of weather parameters --- thermal zone temperature --- building energy management --- unitized facade --- Water Flow Glazing --- mean radiant temperature --- final energy consumption --- Artificial Neural Network (ANN) --- Global Data Assimilation System (GDAS) --- Numerical Weather Prediction (NWP) --- photovoltaic power --- weather data --- facility management --- construction materials --- “smelly buildings” --- Belgrade --- Serbia --- Mexico --- energy simulation --- building energy model --- Open Studio --- SGSAVE --- NOM-020-ENER-2011 --- climate zoning --- traditional construction systems --- social housing --- verification method --- climate change --- global warming --- carbon footprint --- GHG emissions --- climate emergency --- hydrogen --- PEM fuel cells --- cogeneration --- building sustainability --- energy saving --- hygrothermal comfort --- indoor green --- vertical greenery --- cost-benefit-ratio --- sick leave --- absenteeism --- alternative quantification method