BOOKS - Nano Materials: in Architecture, Interior Architecture and Design
Nano Materials: in Architecture, Interior Architecture and Design - Sylvia Leydecker January 1, 2008 PDF  BOOKS
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Nano Materials: in Architecture, Interior Architecture and Design
Author: Sylvia Leydecker
Year: January 1, 2008
Format: PDF
File size: PDF 21 MB
Language: English



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Book Description: Nanotechnology is widely regarded as one of the twenty-first century's key technologies, and its economic importance is sharply on the rise, especially in the construction industry. In architecture and the construction industry, it has potentials that are already usable today, such as the coating of surfaces to lend them functional characteristics like increased tensile strength, self-cleaning capacity, fire resistance, and others. Additives based on nanomaterials make common materials lighter, more permeable, and more resistant to wear. Nanomaterials are not only extremely useful for roofs and facades; they also expand design possibilities for interior and exterior rooms and spaces. Nanoinsulating materials open up new possibilities for ecologically oriented architects.
Нанотехнологии широко рассматриваются как одна из ключевых технологий двадцать первого века, и их экономическое значение резко возрастает, особенно в строительной отрасли. В архитектуре и строительной отрасли он имеет потенциал, который уже используется сегодня, такой как покрытие поверхностей для придания им функциональных характеристик, таких как повышенная прочность на разрыв, способность к самоочищению, огнестойкость и другие. Добавки на основе наноматериалов делают обычные материалы более легкими, проницаемыми и устойчивыми к износу. Наноматериалы не только чрезвычайно полезны для крыш и фасадов; они также расширяют возможности проектирования внутренних и внешних помещений и пространств. Наноинсулирующие материалы открывают новые возможности для экологически ориентированных архитекторов.
s nanotechnologies sont largement considérées comme l'une des technologies clés du XXIe siècle et leur importance économique augmente considérablement, en particulier dans l'industrie du bâtiment. Dans l'architecture et le bâtiment, il a un potentiel qui est déjà utilisé aujourd'hui, comme le revêtement des surfaces pour leur donner des caractéristiques fonctionnelles telles que l'amélioration de la résistance à la rupture, la capacité d'auto-nettoyage, la résistance au feu et d'autres. s additifs à base de nanomatériaux rendent les matériaux conventionnels plus légers, perméables et résistants à l'usure. s nanomatériaux ne sont pas seulement extrêmement utiles pour les toits et les façades ; ils renforcent également la capacité de concevoir des espaces et des espaces intérieurs et extérieurs. s matériaux nanoinsulateurs offrent de nouvelles possibilités aux architectes respectueux de l'environnement.
Nanotecnología es ampliamente considerada como una de las tecnologías clave del siglo XXI y su importancia económica está aumentando drásticamente, especialmente en la industria de la construcción. En la arquitectura y la industria de la construcción, tiene un potencial que ya se utiliza en la actualidad, como el recubrimiento de superficies para darles características funcionales, como mayor resistencia a la tracción, capacidad de autolimpiación, resistencia al fuego, entre otras. aditivos a base de nanomateriales hacen que los materiales convencionales sean más ligeros, permeables y resistentes al desgaste. nanomateriales no sólo son extremadamente útiles para techos y fachadas; también amplían las posibilidades de diseño de espacios y espacios interiores y exteriores. materiales nanoinsulantes ofrecen nuevas oportunidades para arquitectos orientados al medio ambiente.
A nanotecnologia é amplamente considerada uma das tecnologias-chave do século XXI, e sua importância econômica está aumentando drasticamente, especialmente no setor da construção. Na arquitetura e na indústria da construção, ele tem um potencial que já está sendo usado hoje, como o revestimento de superfícies para dar-lhes características funcionais, tais como maior resistência à ruptura, capacidade de auto-limpeza, resistência ao fogo, entre outros. Os suplementos baseados em nanomateriais tornam os materiais convencionais mais leves, permeáveis e resistentes ao desgaste. Os nanomateriais não são apenas extremamente úteis para telhados e fachadas; também aumentam a capacidade de projetar instalações e espaços internos e externos. Materiais de nanoinsulação oferecem novas oportunidades para arquitetos ambientalmente orientados.
nanotecnologie sono ampiamente considerate come una delle tecnologie chiave del ventunesimo secolo, e la loro importanza economica è in forte aumento, soprattutto nel settore delle costruzioni. Nell'architettura e nel settore delle costruzioni, ha un potenziale che è già utilizzato oggi, come la copertura delle superfici per dare loro caratteristiche funzionali, come una maggiore resistenza al divario, capacità di auto-pulizia, resistenza al fuoco e altri. Integratori basati su nanomateriali rendono i materiali convenzionali più leggeri, permeabili e resistenti all'usura. I nanomateriali non sono solo estremamente utili per tetti e facciate; migliorano anche la progettazione di spazi e spazi interni ed esterni. I materiali nanoinsulanti offrono nuove opportunità per architetti orientati all'ambiente.
Nanotechnologie gilt weithin als eine der Schlüsseltechnologien des 21. Jahrhunderts, und ihre wirtschaftliche Bedeutung nimmt insbesondere in der Bauindustrie dramatisch zu. In der Architektur- und Bauindustrie hat es ein Potenzial, das bereits heute genutzt wird, wie die Beschichtung von Oberflächen, um ihnen funktionelle Eigenschaften wie erhöhte Zugfestigkeit, Selbstreinigungsfähigkeit, Feuerbeständigkeit und andere zu verleihen. Additive auf Basis von Nanomaterialien machen herkömmliche Materialien leichter, durchlässiger und verschleißfester. Nanomaterialien sind nicht nur für Dächer und Fassaden äußerst nützlich; sie erweitern auch die Gestaltungsmöglichkeiten von Innen- und Außenräumen und -räumen. Nanoinjektionsmaterialien eröffnen ökologisch orientierten Architekten neue Möglichkeiten.
Nanotechnologia jest powszechnie uznawana za jedną z kluczowych technologii XXI wieku, a jej znaczenie gospodarcze znacznie rośnie, zwłaszcza w budownictwie. W architekturze i budownictwie ma potencjał, który jest już w użyciu dzisiaj, takie jak powierzchnie powłoki, aby dać im właściwości funkcjonalne, takie jak zwiększona wytrzymałość na rozciąganie, zdolność do samoczyszczenia, odporność na ogień i inne. Dodatki oparte na nanomateriałach sprawiają, że konwencjonalne materiały są lżejsze, bardziej przepuszczalne i odporne na zużycie. Nanomateriały są nie tylko niezwykle przydatne dla dachów i fasad; wzmacniają również konstrukcję wnętrz i przestrzeni zewnętrznych. Materiały nanoinsulacyjne otwierają nowe możliwości dla architektów zorientowanych na środowisko.
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Nanoteknoloji, yirmi birinci yüzyılın en önemli teknolojilerinden biri olarak kabul edilmektedir ve özellikle inşaat sektöründe ekonomik önemi önemli ölçüde artmaktadır. Mimaride ve inşaat sektöründe, günümüzde halihazırda kullanılmakta olan, kaplama yüzeyleri gibi, artan gerilme mukavemeti, kendi kendini temizleme kabiliyeti, yangın direnci ve diğerleri gibi fonksiyonel özellikler kazandırmak için kullanılan potansiyele sahiptir. Nanomateryal bazlı katkı maddeleri, geleneksel malzemeleri daha hafif, daha geçirgen ve aşınmaya karşı dirençli hale getirir. Nanomalzemeler sadece çatılar ve cepheler için son derece yararlı değildir; Ayrıca iç ve dış mekanların ve alanların tasarımını da geliştirirler. Nanoinsulating malzemeler çevre odaklı mimarlar için yeni olanaklar açıyor.
تعتبر تكنولوجيا النانو على نطاق واسع واحدة من التكنولوجيات الرئيسية في القرن الحادي والعشرين، وتتزايد أهميتها الاقتصادية بشكل كبير، خاصة في صناعة البناء. في الهندسة المعمارية وصناعة البناء، لديها إمكانات مستخدمة بالفعل اليوم، مثل أسطح الطلاء لمنحها خصائص وظيفية مثل زيادة قوة الشد، وقدرة التنظيف الذاتي، ومقاومة الحرائق، وغيرها. تجعل الإضافات القائمة على المواد النانوية المواد التقليدية أخف وزناً وأكثر نفاذية ومقاومة للتآكل. المواد النانوية ليست مفيدة للغاية للأسطح والواجهات فحسب ؛ كما أنها تعزز تصميم المساحات والمساحات الداخلية والخارجية. تفتح مواد استخراج النانو إمكانيات جديدة للمهندسين المعماريين ذوي التوجه البيئي.
納米技術被廣泛認為是21世紀的關鍵技術之一,其經濟重要性急劇提高,特別是在建築業。在建築和建築行業中,它具有當今已經使用的潛力,例如覆蓋表面以賦予其功能特性,例如增強的斷裂強度,自清潔能力,耐火性等。基於納米材料的添加劑使常規材料更輕,滲透性和耐磨損。納米材料不僅對屋頂和立面非常有用;它們還增強了內部和外部空間的設計能力。納米粘結材料為面向環境的建築師提供了新的機會。

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