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Holz ist einer der elementarsten und ältesten Baustoffe der Menschheit und hat bis heute nicht an Attraktivität und Aktualität verloren. In vielen Kultur- und Klimazonen sind neben Mauerwerksbauten Wohnhäuser aus Holz die dominierende Bauweise. Das lebendige, leichte und einfach zu verarbeitende Material unterliegt jedoch speziellen Eigenarten, die in ihrer Bauweise nicht mit anderen Baustoffen zu vergleichen sind. Um qualitative und materialgerechte Entwürfe zu entwickeln, benötigen Architekten spezifische Kenntnisse über diesen Baustoff und über die im Holzbau verwendeten Konstruktionsregeln. Die Neuauflage des erfolgreichen Bandes Basics Holzbau ergänzt die gebräuchlichsten Bausysteme um das Thema des Massivholzbaus mit massiven Wandbauelementen, deren Regeln und Anwendungen sowie die dazugehörigen Details. Timber is one of the most elementary and oldest building materials used by mankind, and has still not lost any of its attractiveness and topicality. In many cultural spheres and climate zones, the primary construction methods of domestic architecture include both masonry construction and timber construction. However, this living, lightweight, and easy-to-work material has specific characteristics that impact on the way it is used in construction in different ways compared to other building materials. In order to develop high-quality designs that suit the material, architects need to be familiar with the specific characteristics of this building material and with the rules governing timber construction. The new edition of the successful Basics Timber Construction volume lists the most common solid timber construction systems, including that using solid timber wall elements, as well as the rules, applications, and the relevant details.
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Der vielgeschossige urbane Holzbau hat sich seit einigen Jahren als zukunftsträchtige Bauweise etabliert: Von London bis Stockholm, von Vancouver bis Melbourne entstehen derzeit Holzgebäude mit bis zu 20 Geschossen. Ermöglicht haben diese rasante Entwicklung der Systembau ebenso wie adaptierte Brandschutzbestimmungen. Hinzu kommt die tadellose CO2-Bilanz des häufig regional verfügbaren Werkstoffs. Diese Publikation erläutert die verschiedenen Konstruktionsarten wie Massivholz-Rahmenbauweise, hybride Holz/Beton- oder Holz/Stahl-Konstruktionen oder Konstruktionen aus Brettschichtholz-Paneelen und dokumentiert dann die Vielfalt dieses Materials anhand 13 gebauter Beispiele. Aufbau und Detaillierung der Gebäude zeigen eigens erstellte Konstruktionszeichnungen. Tall wood buildings have been at the foreground of innovative building practice in urban contexts for a number of years. From London to Stockholm, from Vancouver to Melbourne timber buildings of up to 20 storeys have been built, are under construction or being considered. This dynamic trend was enabled by developments in the material itself, prefabrication and more flexibility in fire regulations. The low CO2 footprint of wood - often regionally sourced - is another strong argument in its favour. This publication explains the typical construction types such as panel systems, frame and hybrid systems. An international selection of 13 case studies is documented in detail with many specially prepared construction drawings, demonstrating the range of the technology.
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Timber is one of the most elementary and oldest building materials used by mankind, and has still not lost any of its attractiveness and topicality. In many cultural spheres and climate zones, the primary construction methods of domestic architecture include both masonry construction and timber construction. However, this living, lightweight, and easy-to-work material has specific characteristics that impact on the way it is used in construction in different ways compared to other building materials. In order to develop high-quality designs that suit the material, architects need to be familiar with the specific characteristics of this building material and with the rules governing timber construction. The new edition of the successful Basics Timber Construction volume lists the most common solid timber construction systems, including that using solid timber wall elements, as well as the rules, applications, and the relevant details.
Building, Wooden --- 691 --- 691.1 --- Bouwmaterialen (architectuur) --- Hout --- Houtconstructies
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Tall Wood buildings have been at the foreground of innovative building practice for a number of years. From London to Stockholm, from Vancouver to Melbourne timber buildings of up to 20 storeys have been built or designed. This publication explains the typical construction types and documents an international selection of 13 case studies.
Wooden-frame buildings. --- Building, Wooden --- Tall buildings --- Construction en bois --- Tour --- Gratte-ciel --- Construction modulaire --- Building materials. Building technology --- Architecture --- architecture [discipline] --- post-and-beam structures
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‘Holz Bau’ is a study conducted by a small architectural office in Tokyo on German timber architecture. It began with a hunch, a feeling of disconnection between conventional timber construction and traditional methods when designing timber buildings in Japan. The first part features a reissue of a pre-war architectural magazine that served as source material and inspiration to explore further. The second contains photographs of researched buildings, with plans and sections newly created for this book. Lastly, essays about the technical history and potential of timber engineering, plus conversations with architect Go Hasegawa and German architect Jan Theissen of AMUNT.
Architecture and technology --- Architecture --- Building, Wooden --- Wooden-frame buildings. --- History --- Design and construction --- 691.11 --- 72.037(430) --- 694 --- Houtarchitectuur ; Duitsland ; 20ste eeuw --- Bouwmaterialen ; hout --- Architectuurgeschiedenis ; 1900 - 1950 ; Duitsland --- Houtbouw. Schrijnwerk --- 691.1 --- 72.036 --- Duitsland --- Hout --- Houtconstructies --- 20ste eeuw (architectuur) --- Twintigste eeuw (architectuur) --- Construction en bois --- Japon --- Allemagne
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Wood is nature’s greatest resource, embedded in the history, culture and life of humans worldwide. And it is ingenious as building material: remarkably malleable and at the same time resilient, recyclable in many ways and reducing greenhouse gases, universally applicable and locally available, renewable and beautiful. Today, new processing technologies extend the spectrum of its possible applications and the combinability with other building materials, enabling new amazing technical and design solutions. In short, almost anything – structurally – can be done with it. Whatever architects and interior designers think of can be realized with wood: from energy-efficient houses via multi-story academic facilities to the interiors of fashionable bars. The traditional building material has become ultra-contemporary and increasingly cutting-edge, offering extraordinarily exciting possibilities for architectural design.
Building, Wooden --- Wood in interior decoration --- Interior decoration --- Building with wood --- Wood construction --- Wooden architecture --- Wooden building --- Building --- 772.9 --- 693.2 --- 766.9 --- architectuurfotografie --- hout --- houtconstructies --- binnenhuisarchitectuur (binnenhuisinrichting)(interieurarchitectuur) --- meubelen --- 21e eeuw (eenentwintigste eeuw) --- productdesign, afzonderlijke voorwerpen --- hout en houtproducten --- fotografie, overige genres en motieven, o.a. sportfotografie --- Building materials. Building technology --- Architecture --- architecture [discipline] --- sustainable architecture --- wood [plant material] --- 691.11 --- Houtarchitectuur ; 21ste eeuw --- Bouwmaterialen ; hout --- Houtbouw
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In Tomorrow’s Timber, new timber innovations are explored, including the materials, products, elements and complete building systems, providing context for this emerging shift in design and construction. Inspiring case studies worldwide show that the mass timber revolution is happening as we speak. Tomorrow’s Timber contextualizes the challenges and how forests and mass timber can help solve our global problems by mitigating climate change while supporting the move to a less resource dependent, circular bio-based economy. Finally, the book tackles real mass timber design opportunities and challenges on building and site level, before providing a promising outlook towards the future.Tomorrow’s Timber is an informative and important resource for those committed to restoring our balance with the planet while serving the necessities of humankind.
Timber --- Building, Wooden --- Building materials --- 691.11 --- Houtarchitectuur --- Duurzaam bouwen; hout --- Building with wood --- Wood construction --- Wooden architecture --- Wooden building --- Building --- Forest production --- Forest products --- Lumber trade --- Forests and forestry --- Lumber --- Tree farms --- Trees --- Wood --- Environmental aspects --- Bouwmaterialen ; hout --- Bois --- Construction en bois --- Ecologie --- 694 --- houtbouw --- duurzaam bouwen --- milieueffecten --- houtbouw, houtconstructies en timmerwerk --- Timber. --- Environmental aspects. --- 691 --- 691.1 --- 21ste eeuw (architectuur) --- Bouwmaterialen (architectuur) --- Materialen (design) --- Hout --- Houtconstructies --- Bois d'œuvre --- Construction --- Aspect de l'environnement --- Matériaux
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This book presents the results of an experiment assessing the impact of spruce wood joints on the creation and development of fire when these joints are applied within a façade. The book includes an extensive analysis of wooden cladding, which is a flammable material in which the elements are connected lengthwise using various types of joint. The parameters of the experiment, as well as the setting, material criteria and evaluation criteria are described in detail. The results confirm that the joint type used has an impact on the selected evaluation criteria and thus also on the potential spread of fire.
Fire prevention. --- System safety. --- Forest products. --- Engineering—Materials. --- Fire Science, Hazard Control, Building Safety. --- Security Science and Technology. --- Wood Science & Technology. --- Materials Engineering. --- Forest production --- Botany, Economic --- Commercial products --- Raw materials --- Safety, System --- Safety of systems --- Systems safety --- Accidents --- Industrial safety --- Systems engineering --- Buildings --- Fire safety --- Fires --- Prevention of fires --- Fire protection engineering --- Public safety --- Insurance engineering --- Prevention --- Fires and fire prevention --- Fire testing. --- Wooden fronts (Architecture) --- Fronts, Wooden (Architecture) --- Wooden facades (Architecture) --- Wooden fronted buildings (Architecture) --- Building, Wooden --- Facades --- Flammability testing --- Building, Fireproof --- Building materials --- Fire prevention --- Fireproofing --- Testing --- Research
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Since prehistoric times and throughout the course of human evolution, wood has been an integral part of all civilizations. Wooden Cultural Heritage can be found worldwide, providing valuable information on the social and economic context of human history. Nonetheless, as a natural cellulosic material, wood shows low resistance to biodeterioration and thus wooden Cultural Heritage often fails to escape decomposition in both aquatic and terrestrial ecosystems. This book provides a comprehensive overview on the biodeterioration of wooden Cultural Heritage and describes the decay mechanisms of key organisms and microorganisms encountered in aquatic and terrestrial ecosystems. Cultural Heritage professionals, researchers and academics may explore within this book the associations between deteriogens, habitats and decay, which will assist them to understand wood biodeterioration and design effective prevention, mitigation and remediation strategies. The book presents case studies around the world to demonstrate the impact of biogenic deterioration on wooden Cultural Heritage and illustrates mechanisms and patterns in order to be a useful handbook of decay diagnosis. Lastly, by adopting a holistic approach to wood decay, basic concepts of wood technology, ecology, and deteriogens' biology are introduced, permitting readers of different scientific backgrounds to easily comprehend wood biodeterioration.
Forest products. --- Aquatic ecology . --- Cultural heritage. --- Archaeology. --- Wood Science & Technology. --- Freshwater & Marine Ecology. --- Cultural Heritage. --- Archeology --- Anthropology --- Auxiliary sciences of history --- History --- Antiquities --- Cultural heritage --- Cultural patrimony --- Cultural resources --- Heritage property --- National heritage --- National patrimony --- National treasure --- Patrimony, Cultural --- Treasure, National --- Property --- World Heritage areas --- Aquatic biology --- Ecology --- Forest production --- Botany, Economic --- Commercial products --- Raw materials --- Wood --- Building, Wooden --- Deterioration. --- Conservation and restoration. --- Building with wood --- Wood construction --- Wooden architecture --- Wooden building --- Building --- Deterioration of wood --- Wood decay --- Wood deterioration --- Wood borers --- Wood-decaying fungi --- Decay --- Preservation
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