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von F. Leonhardt --- bouw --- bouwmaterialen --- sterkteleer --- beton --- betonconstructies --- gewapend beton --- 691.3 --- 531 --- torsie
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This book explores the ways in which new technologies are changing concrete and the ways in which it is used. Through a series of montages, drawings and photographs, it visually speculates on concretes capacity as an urban catalyst, its potential for defining cities and the many ways in which it is being applied in urban renewal. With thoughtful, informed contributions from experts such as Mark West, George Baird, Will Bruder and Charles Waldheim, among others, and specially taken photographs of concrete buildings around the world (although Toronto features heavily as an exemplar of a successful concrete city), this book is key reading for all architecture students and practitioners, and offers a seductive argument for the reconsideration and reclamation of this age-old building material.
691.3 --- 691 --- 691.32 --- Beton --- Betonconstructies --- Bouwmaterialen (architectuur) --- Concrete. Concrete buiding elements --- 691.32 Concrete. Concrete buiding elements --- Construction en béton --- Constructions en béton armé
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Today, concrete experiences a renaissance; one could speak of a neo-concrete era. The advantages adjudicated to this material have fundamentally changed. Modern types of concrete are available on the market for a multitude of applications - ranging from light and insulating to filigree and high pressure resistant. Concrete fascinates as no other material does since in its fluid state it can be forced into any conceivable mould while becoming highly pressure resistant and massive when hardened. However, the advantage also becomes the material’s main disadvantage: concrete and formwork are closely interdependent. Only with formwork does concrete become a usable building material. Thus elaborate concrete parts require elaborate formwork. The book 'imagine 08. Concretable' illustrates what concrete is already capable of as well as what else is possible. Furthermore, it also shows future developments in the material - where concrete’s technological, constructive and - always a driving factor - aesthetic and design-related potential lie.
Construction en béton --- Architecture --- Histoire --- 691.3 --- 691 --- Beton --- Betonconstructies --- Bouwmaterialen (architectuur) --- Bouwmaterialen ; beton --- Experimenteel beton --- Bouwmaterialen ; kunststeen, beton --- Histoire. --- Construction en béton
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It has been estimated that more than twelve billion tons of concrete are produced worldwide each year. By far the most pervasive and affordable building material in the world, concrete has undergone ever-more-widespread dissemination, standardization, and technological innovation in the last twenty-five years. Recent scientific breakthroughs have yielded composites stronger than steel, lighter than water, and as beautiful as natural stone.In Solid States, an interdisciplinary group of architects, historians, theorists, engineers, fabricators, and materials scientists collectively explore the past, present, and future possibilities of this highly calibrated, fluid material. Solid States presents new theoretical and cultural analyzes of concrete architecture, both historically and in the context of newly built work.
Architecture, Modern --- Concrete construction --- 691.3 --- 691 --- 69 --- Modern architecture --- Beton --- Betonconstructies --- Bouwmaterialen (architectuur) --- Materialen (design) --- Bouwtechniek --- Contains audio-visual material
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Reinforced concrete is the go-to powerhouse of modern construction: no other load-bearing building material is as malleable with similarly good noise and fire protection properties. The book illustrates this versatility with around 20 building examples and specialist articles from the fields of structural and civil engineering. In-depth project descriptions and numerous detailed drawings show the design and construction process of these halls, bridges, railway stations, and office buildings. Articles informed by research and practice also portray a building material in transformation. Still, the reinforced concrete buildings of earlier decades also constitute a legacy, and their restoration and maintenance continue to fascinate us to this day. The book also takes a critical look at the handling of this building material.
691.328 --- Bouwmaterialen ; gewapend beton --- 691.3 --- 693.5 --- Constructie ; van gebouwen ; details ; 21ste eeuw --- Gewapend beton ; constructies --- Bouwmaterialen ; kunststeen, beton --- Betonbouw --- Beton --- Betonconstructies --- Gewapend beton
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F. Leonhardt und E. Mönnig --- bouw --- bouwmaterialen --- sterkteleer --- beton --- betonconstructies --- gewapend beton --- 691.3 --- 531 --- platen --- balken --- Balken --- Beton --- Console --- Plaat --- Ribbenbeton --- Staalbeton --- Verankering --- betonconstructie --- draagconstructie --- fundering --- plaat --- staalbeton --- Concrete construction. --- Reinforced concrete.
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691 --- 691.3 --- Bouwmaterialen (architectuur) --- Beton --- Betonconstructies --- Bâtiment public --- Béton --- Monastère --- Détail de construction --- Ecole --- Eglise --- Element de construction --- Musée --- Frey, Karl --- Hirche, Bernhard --- Linazasoro, José Ignacio --- Allemagne --- Autriche --- Danemark --- Madrid --- Suisse
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Chapters cover the history of the material, the properties of plain, reinforced and prestressed concrete, surface finishes, the basic engineering principles of large and small structures and the building requirements with respect to thermal and sound insulation, fire protection and moisture control, reflecting the most recent standards and statutory instruments. Finally, a large number of built examples are presented - from photographs of the completed structures down to detailed plans - to illustrate the broad spectrum of applications for concrete in contemporary building. This volume demonstrates the potential of concrete and documents comprehensively the engineering principles of using concrete in construction.
Building materials. Building technology --- Architecture --- Concrete construction --- Construction en béton --- 691 --- 691.3 --- 691.32 --- 693.5 --- 624.012.4 --- Beton ; constructies ; handboeken --- 69(035) --- betonconstructie --- beton --- Bouwmaterialen (architectuur) --- Beton --- Betonconstructies --- Concrete. Concrete buiding elements --- Concrete construction work. Concreting. In-situ concrete. Mass concrete. Reinforced concrete. Prestressed concrete --- Structures in concrete, in-situ concrete (ordinary concrete), mass concrete --- Bouwwezen. Constructie ; handboeken --- betonbouw --- Architectuur --- Constructieleer --- Materiaalleer --- 20ste eeuw --- 624.012.4 Structures in concrete, in-situ concrete (ordinary concrete), mass concrete --- 693.5 Concrete construction work. Concreting. In-situ concrete. Mass concrete. Reinforced concrete. Prestressed concrete --- 691.32 Concrete. Concrete buiding elements --- Beton. --- Constructieleer. --- Materiaalleer. --- 20ste eeuw. --- concrete --- Construction en béton --- betonconstructies
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City planning --- Urbanisme --- History --- Histoire --- 72.036 --- 691 --- 691.3 --- Europa --- Oost-Europa --- Centraal-Europa --- Twintigste eeuw (architectuur) --- 20ste eeuw (architectuur) --- Bouwmaterialen (architectuur) --- Beton --- Betonconstructies --- Cities and towns --- Civic planning --- Land use, Urban --- Model cities --- Redevelopment, Urban --- Slum clearance --- Town planning --- Urban design --- Urban development --- Urban planning --- Land use --- Planning --- Art, Municipal --- Civic improvement --- Regional planning --- Urban policy --- Urban renewal --- Government policy --- Management
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Le béton est en réalité un très vieux matériau (matière). Les Romains l'ont même utilisé. Mais c'est toujours contemporain. Des événements récents concernant la force, le poids et la durabilité incitent les demandes (applications) innovatrices de ce matériau (matière). Une propriété de béton qui a à peine été étudiée est sa transparence. Transparence non au sens propre d'une propriété possédée par le verre par exemple, mais transparence dans le sens spatial : opacité
Béton --- Comportement des matériaux --- Concours --- Design --- Durabilité --- 691.3 --- 691.6/8 --- 691 --- 72.072 --- 373.67 --- Architectuurprijzen ; International Concrete Design Competition for Students --- Bouwmaterialen; beton --- Betonconstructies --- Architectuurwedstrijden ; voor studenten architectuur --- Beton --- Transparante materialen --- Bouwmaterialen (architectuur) --- Architectuurwedstrijden --- Wedstrijden (architectuur) --- Studentenprojecten --- Bouwmaterialen ; kunststeen, beton --- Concrete construction --- Competitions --- Desgin --- Competitions. --- Desgin. --- Design. --- Designs and plans. --- Concrete as art material. --- Architecture --- Awards
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