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Deze geheel nieuwe herziene en vermeerderde uitgave, bevat beschrijvingen van circa 250 houtsoorten. Hoe zien ze eruit? Wat is de herkomst? Wat zijn de specifieke eigenschappen en waar kunnen ze worden toegepast? De beschrijvingen worden geïllustreerd met meerdere foto’s: van het kopse, dosse én het kwartierse vlak. Daarnaast bevat dit werk relevante basiskennis. Zo wordt ingegaan op de structuur van hout waardoor herkenning makkelijker wordt. Ook de relatie tussen houtstructuur, houtkwaliteit en toepassing wordt belicht. Verder worden fysische en technische houteigenschappen uitgelegd en hun relevantie voor de toepassing gegeven. Ten slotte is er aandacht voor milieu en arboaspecten en wordt de rol van hout binnen actuele thema’s als de biobased en circulaire economie beschreven. In deze 11de druk van het Houtvademecum zijn tal van nieuwe houtsoorten toegevoegd en is het beeldmateriaal uitgebreid met circa 500 foto’s. Het deel basiskennis hout is volledig herschreven, geactualiseerd en toegankelijker gemaakt voor een breed publiek.
hout --- bouwtechnische voorschriften --- 691.11(03) --- Hout ; houtsoorten --- Bouwmaterialen ; hout ; naslagwerken --- Building materials. Building technology
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meubelkunst --- industriële vormgeving --- industrial design --- Product strategy --- bamboe --- Applied arts. Arts and crafts --- Netherlands --- duurzaam bouwen --- bouwmaterialen --- designmaterialen --- 745.5 --- designmaterialen - algemeen --- 691 --- 691.1 --- Materialen (design) --- Bouwmaterialen van organische oorsprong --- Bamboe
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691.11 --- Wood. Timber. Wood products --- 691.11 Wood. Timber. Wood products --- 674 --- houtindustrie --- hout --- houtverwerking --- materiaalkennis --- houtbewerking --- Building materials. Building technology --- Materials sciences --- departement Biotechniek 11 --- houtsoort --- bomen --- houtsoorten
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745.5 --- designmaterialen --- materialenkennis --- 691 --- 62-039 --- designmaterialen - algemeen --- Building materials. Building components --- Engineering materials in general --- 62-039 Engineering materials in general --- 691 Building materials. Building components --- materials science --- materiaalkennis --- Materials processing --- Applied arts. Arts and crafts --- Materiaalleer
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Introduction. Stone, brick and concrete: History and context; International icons; Sustainability; Innovations and the future. Metals: History and context; International icons; Sustainability; Innovations and the future. Wood: History and context; International icons; Sustainability; Innovations and the future. Glass: History and context; International icons; Sustainability; Innovations and the future. Plastics: History and context; International icons; Sustainability; Innovations and the future. Composites: History and context; International icons; Sustainability; Innovations and the future. Tiles: History and context; International icons; Sustainability. Conclusion. Glossary. Resources. Index. Acknowledgements. Working with ethics.
745.5 --- designmaterialen --- composietmaterialen --- steen --- metaal --- hout --- glas --- plastic --- tegels --- textiel --- 691 --- 691 Building materials. Building components --- Building materials. Building components --- designmaterialen - algemeen --- Applied arts. Arts and crafts --- design
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Cement industries --- Nonmetallic minerals industry --- 05 <492> --- 691 --- #ANTILTPNE9602 --- tijdschriften --- Rubriek serials: architectuur, stedenbouw en bouw --- 691 )* BOUWMATERIALEN --- bouw --- Bouwkunde --- bouwmaterialen --- cement --- Cement --- 691.3 --- Architectuur ; cementen --- 691 Building materials. Building components --- Building materials. Building components --- 05 <492> Tijdschriften. Periodieken. Serials--Nederland --- Tijdschriften. Periodieken. Serials--Nederland --- Bouwmaterialen ; kunststeen, beton --- Concrete --- Periodicals --- Periodicals. --- Building materials. Building technology --- Environmental planning --- Architecture --- architecture [discipline] --- cement [construction material] --- architectuur
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hout --- designtoepassingen --- designmaterialen --- 745.51 --- 691.1 --- designmaterialen - hout --- organische bouwmaterialen --- 691.11 --- 749.02 --- Hout ; houtsoorten ; ambachtelijk en industrieel vervaardigde produkten --- Design ; gebruiksvoorwerpen --- Meubelkunst ; hout --- Bouwmaterialen ; hout --- 691.11 Wood. Timber. Wood products --- Wood. Timber. Wood products --- Meubelkunst en design ; technieken, materialen
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"Glass in Building" offers a compact and illustrated overview of the material-appropriate use of glass in building construction and provides information on designing with glass and producing and using specialized glass products, as well as on the building and planning regulations that must be taken into account when constructing with glass. "Glass in Building" opens up a whole range of fascinating design possibilities for the planning architect. Glass has long served as a translucent room closing element, but its range of possible uses is actually much wider. It not only offers protection against the external world, for example, noise or fire; despite its apparent fragility, it can even take on load-bearing functions in supporting structures. In combination with various different finishing methods, materials, and coatings, it also satisfies exacting structural-physical standards. "Glass in Building" offers a clear, compact, and illustrated overview of the material-appropriate use of this varied and versatile material in building construction and provides information that goes far beyond the basics on designing with glass and producing and using specialized glass products, as well as on the building and planning regulations that must be taken into account when constructing with glass. A selection of exemplary realized projects rounds out the theoretical section. Das Bauen mit Glas eröffnet dem planenden Architekten faszinierende gestalterische Möglichkeiten. Schon lange dient es als lichtdurchlässiger Raumabschluss, ist aber weitaus vielfältiger einsetzbar: Glas bietet nicht nur Schutz vor der Aussenwelt, etwa gegen Lärm oder Feuer, sondern kann trotz seiner vermeintlichen Zerbrechlichkeit sogar lastabtragende Funktionen innerhalb eines Tragwerks übernehmen. In Kombination mit verschiedenen Veredelungsmethoden, Materialien und Beschichtungen erfüllt es auch hohe bauphysikalische Anforderungen. "Detail Practice: Konstruktiver Glasbau" liefert einen kompakten, anschaulichen Überblick über den materialgerechten Einsatz dieses facettenreichen Baustoffs in der Baukonstruktion und vermittelt weit über die Grundlagen hinausreichende Informationen zum Entwerfen mit Glas, zur Herstellung und Anwendung spezieller Glasprodukte sowie zu den baurechtlichen Regelungen, die im Glasbau zu berücksichtigen sind. Eine Auswahl beispielhafter realisierter Projekte rundet den theoretischen Teil ab.
Glass construction. --- Glass architecture --- Glass as structural material --- Glass in architecture --- Building --- Glass construction --- 691.6 --- 691 --- 69 --- Bouwmaterialen ; glas --- Glasconstructies --- Glasarchitectuur --- 691.6 Glass. Window glass. Plate glass. Enamel etc. --- Glass. Window glass. Plate glass. Enamel etc. --- Glas --- Bouwmaterialen (architectuur) --- Bouwtechniek --- Bouwmaterialen ; glas, vensterglas, spiegelglas --- Construction en verre. --- Construction --- Matériaux. --- Building materials. Building technology --- Architecture --- Matériaux. --- Construction en verre --- Matériaux --- glasconstructies
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Da inzwischen klar ist, dass uns viele Rohstoffe zukünftig nur noch begrenzt zur Verfügung stehen werden, wird seit einiger Zeit intensiv an Alternativen geforscht: Nachhaltigkeit ist das Gebot der Stunde und für Politik wie Industrie das Zauberwort für eine bessere Zukunft. Zudem ist das Bewusstsein für einen umweltverträglichen Umgang mit Werkstoffen und das Denken in Materialkreisläufen beim Konsumenten angekommen: Die Verwendung umweltverträglicher Materialien und Produktionsverfahren wird vom Kunden gewünscht, ja gar vorausgesetzt. Designern und Architekten kommt somit eine besondere Rolle und Verantwortung zu. Denn sie sind es, die bei ihren Projekten die Auswahl über die eingesetzten Werkstoffe treffen und damit entscheidenden Einfluss auf die Nachhaltigkeit unserer Produktwelt nehmen. Gleichzeitig haben wir es mit einer Flut neuer Materialien zu tun, was besondere Kenntnisse in Bezug auf ihre Eigenschaften, den möglichen Einsatz und ihre Verarbeitung erfordert. Materialrevolution schlägt hier die Brücke von Forschung und Industrie zu den Designern und Architekten, indem es einen systematischen Überblick über die derzeit verfügbaren nachhaltigen Materialien bietet und alle relevanten Information liefert, um die Eignung und das Potential eines neuen Materials für das eigene Projekt zu beurteilen. Dabei werden sowohl natürliche und biologisch abbaubare Materialien beleuchtet, als auch Werkstoffe mit multifunktionalen Eigenschaften und Potenzialen zur Verringerung des Energieeinsatzes vorgestellt. Since it is now clear that in the future many raw materials will only be available to us in limited quantities, scientists have for some time been conducting intensive research into possible alternatives. Sustainability is the order of the day and the magic word for a better future in politics and industry. Moreover, environmental consciousness and a penchant for thinking in terms of material cycles have caught on with consumers: the use of environmentally compatible materials and production methods is desired, even taken for granted by the client. Designers and architects thus have a special role and responsibility. For they are the ones who decide what materials will be used on their projects and thus wield enormous influence on the sustainability of our product world. At the same time, we are dealing with a flood of new materials, which calls for specialized knowledge of their properties, their possible use, and their handling. Material Revolution bridges the gap between research and industry on the one hand and designers and architects on the other by offering a systematic overview of the currently available sustainable materials and providing the reader with all the information he or she needs to assess a new material's suitability and potential for a given project. Along the way, it examines natural and biodegradable materials, while also presenting materials with multifunctional properties and the potential for diminishing energy requirements.
745.5 --- designmaterialen --- materialenkennis --- designmaterialen - algemeen --- Sustainable architecture --- Architecture --- Sustainable design. --- Environmental aspects. --- Sustainable architecture. --- Eco-architecture --- Environmentally conscious architecture --- Environmentally friendly architecture --- Green architecture --- Green building design --- Green design (Buildings) --- Sustainable design (Buildings) --- Green design --- Sustainable design --- 691.504 --- 691(03) --- Architectuur; materialen --- Ecologische bouwmaterialen --- Materialen ; technieken ; naslagwerken --- Duurzame architectuur ; materialen --- Interieurarchitectuur ; materialen --- Design --- Bouwmaterialen ; naslagwerken --- 691.504 Building materials and the environment. Sustainable building materials --- Building materials and the environment. Sustainable building materials
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The current material customer of translucent building materials Translucent materials give architects far more possibilities to exploit the sensual interplay of light and the fascination of interior-exterior interaction than plain glass, a fact proved by their increasing application. Traditionally, stretched paper, finely-cut stone, or stained glass were used to create mood and atmosphere. These are now giving way to a new generation of innovative materials - composite glass, synthetic panels, membranes and perforated metals.
building materials --- plastic [organic material] --- metal --- Plastics --- Chemistry --- Building materials. Building technology --- glassworking --- transparency [optical property] --- Architecture --- Glass --- Materials processing --- glass [material] --- glas --- plastiek --- metaal --- bouwmaterialen --- Building materials. --- Glass construction. --- Composite materials. --- Light in architecture. --- Architecture, Modern --- Construction --- Construction en verre --- Composites --- Lumière en architecture --- Matériaux --- 691 --- 691.6/8 --- 691.6 --- 691.7 --- 691.8 --- 691.27 --- Bouwmaterialen ; glas ; plastiek ; metaal --- Plastic --- Architectuur ; details ; translucente materialen ; 21ste eeuw --- Membrane architectuur ; tentstructuren --- Ruimtelijke constructies ; overspanningen ; kapconstructies --- ed. Frank Kaltenbach ; authors Andrea Compagno, Joachim Achenbach, Werner Sobek [et al.] --- architectuur --- glasarchitectuur --- transparatie --- plastic --- ETFE --- membranen --- doorschijnende bouwmaterialen --- Bouwmaterialen (architectuur) --- Transparante materialen --- Translucide materialen --- Glas --- Metaal --- Glass. Window glass. Plate glass. Enamel etc. --- Fibrous and foliate silicates --- Metallic building materials --- Bouwmaterialen ; glas, vensterglas, spiegelglas --- bouwmaterialen : glas, vensterglas, spiegelglas --- 691.7 Metallic building materials --- 691.27 Fibrous and foliate silicates --- 691.6 Glass. Window glass. Plate glass. Enamel etc. --- Matières plastiques --- Revêtement métallique --- Verre --- Building materials --- Architectural materials --- Building --- Building supplies --- Buildings --- Construction materials --- Structural materials --- Materials --- Glass. Window glass. Plate glass. Enamel etc --- Construction métallique --- Détail de construction --- Métal --- Plastique --- Structure plastique --- Lumière en architecture --- Matériaux --- Matières plastiques. --- Revêtement métallique. --- Verre. --- Matériaux. --- bouwmaterialen - glas(soorten), email --- Matière plastique --- Matières plastiques. --- Revêtement métallique. --- plastic [material]
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