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Bouwen met een positieve footprint voor de bouwsector legt laagdrempelig uit hoe je radicaal duurzaam kan bouwen en waarom dat nu nog niet gebeurt. Dit boek biedt een nieuwe methode met praktische handvaten, tools en inzichten om zelf en vooral met je team en partners aan de slag te gaan. Dit boek is een must voor professionals die betrokken zijn bij de totstandkoming van een gebouw en verenigt alle stakeholders rond deze duurzame ambitie. Vincent van der Meulen is architect en partner bij Kraaijvanger Architects. Hij schreef dit boek op basis van zijn eigen ervaring, gedreven door zijn wens de verduurzaming van de bouwindustrie radicaal te versnellen.

72.02 --- duurzame architectuur --- ecologisch bouwen --- 72.504 --- 69.504 --- 69.504 Building and the environment. Sustainable building --- Building and the environment. Sustainable building --- 72.504 Architecture and the environment. Sustainable architecture --- Architecture and the environment. Sustainable architecture --- Stedenbouw ; denken over ; duurzame samenleving --- Duurzaam bouwen ; ontwerpideeën ; 21ste eeuw --- Architectuur; duurzaam bouwen --- Voetafdrukken ; energiegebruik ; energieketens --- 72:574 --- Architectuur en ecologie ; architectuur en milieu --- 69 --- 69.03 --- 574 --- Bouwtechniek --- Energie-efficiënte architectuur --- Ecologie & bioverscheidenheid

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Neuere Gebäude weisen oft komplexe Geometrien auf. Sie erfordern eine adäquate konstruktive Umsetzung, die oft kostspieliger ist, als sie sein müsste. Um eine sichere und dennoch wirtschaftliche und gestalterisch adäquate Baukonstruktion zu wählen, ist Know-how nötig. In Fortführung zu dem Band Modern Construction Case Studies, der sich auf die komplexe, vorbereitende Planung konzentriert, bietet Modern Structural Design anschauliche Fallstudien aus der Praxis zur richtigen Umsetzung komplexer, innovativer Konstruktionssysteme. Veranschaulicht werden diese Beispiele anhand von erklärenden Texten, Zeichnungen und 3-D-Darstellungen. Newer buildings often have complex geometries. They require ample structural implementation of the architectural design, which is often costlier than it should be. The right expertise is needed in order to choose a construction approach that is safe yet economical and fully adequate to the design demands. In a continuation of Modern Construction Case Studies, which focused on complex, preliminary design, Modern Structural Design presents illustrative case studies of how complex, innovative construction systems have been successfully implemented. They are presented with the aid of texts, drawings, and 3D renderings.

Building materials. Building technology --- architectonics --- structural frames --- ARCHITECTURE / Methods & Materials. --- 69 --- 69.01 --- 692 --- Bouwtechniek --- Constructiesystemen --- Bouwconstructie --- Constructiedelen --- Bouwdelen --- Constructie-elementen --- Architecture. --- Architecture, Primitive --- Architecture, Western (Western countries) --- Building design --- Buildings --- Construction --- Western architecture (Western countries) --- Art --- Building --- Design and construction

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How can architecture create a pleasant indoor climate using construction techniques and as little technology as possible? Researchers from four different departments at the Technical University of Munich joined forces with the engineering firm Transsolar Energietechnik to explore integral strategies for simple, energy-efficient construction. The architecture firm Florian Nagler Architekten implemented the plans developed by the TUM project for three prototype buildings made of solid wood, masonry and lightweight concrete in monolithic construction. Using these apartment buildings as examples, the guide vividly elucidates the six core principles of simple construction

Building materials. Building technology --- Architecture --- frame construction --- architecture [object genre] --- sustainable architecture --- insulating concrete --- masonry construction [technique or process] --- thermal insulation --- Construction --- Constructions --- Architecture durable --- Aspect environnemental --- Isolation thermique --- Économies d'énergie --- Florian Nagler Architekten --- 69.01 --- 69.03 --- Bouwconstructie --- Energie-efficiënte architectuur --- Economie d'énergie --- Développement durable --- Architecture écologique --- Économies d'énergie --- Architecture and energy conservation. --- Architecture, Modern --- Building materials. --- Construction industry --- Sustainable architecture. --- Sustainable construction. --- Energy conservation. --- frame construction [wood frame construction]

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Decisions regarding the supporting structure have an influence on the design of a building as well as an economic and ecological impact. The creation of great and innovative buildings requires close collaboration of architects, clients and structural engineers. Modern structural systems can benefit from an appropriate combination of various building materials. The Atlas Tragwerke (Support Structure Atlas) goes beyond material confines and showcases suitable construction principles for different building tasks. Classical masterpieces and outstanding current projects are used to demonstrate the potentials of structural systems for various building tasks and consider alternatives. Easy-to-compare structural principles offer a basis for a common level of communication in an interdisciplinary planning process.

Structural design --- Building materials --- 69(035) --- Constructie ; van gebouwen ; handboeken --- Constructies ; overspanningen --- Construction Materials --- Engineering design --- Architectural design --- Strains and stresses --- Building Materials --- Building Material --- Construction Material --- Material, Building --- Material, Construction --- Materials, Building --- Materials, Construction --- Construction Industry --- Architectural materials --- Architecture --- Building --- Building supplies --- Buildings --- Construction materials --- Structural materials --- Materials --- Bouwwezen. Constructie ; handboeken --- 624.91 --- 69.06 --- Ingenieurswetenschappen ; kapconstructies, grote overspanningen --- Bouwwezen ; draagconstructies, pneumatische constructies, overspanningen --- Structural design. --- Immeuble --- Construction en acier --- Design --- Construction en béton --- Structure --- Structure légère --- Structure métallique --- Structure en béton --- Structure tridimensionnelle

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The current epoch is one of accumulation: not only of capital but also of raw, often unruly material, from plastic in the ocean and carbon in the atmosphere to people, buildings, and cities. Alongside this material growth, image-making practices embedded within the fields of art and architecture have proven to be fertile, mobile, and capacious. Images of accumulation help open up the climate to cultural inquiry and political mobilization and have formed a cultural infrastructure focused on the relationships between humans, other species, and their environments.The essays in Accumulation address this cultural infrastructure and the methodological challenges of its analysis. They offer a response to the relative invisibility of the climate now seen as material manifestations of social behavior. Contributors outline opportunities and ambitions of visual scholarship as a means to encounter the challenges emergent in the current moment: how can climate become visible, culturally and politically? Knowledge of climatic instability can change collective behavior and offer other trajectories, counteraccumulations that draw the present into a different, more livable, future.Contributors: Emily Apter, New York U; Hans Baumann; Amanda Boeztkes, U of Guelph; Dominic Boyer, Rice U; Lindsay Bremner, U of Westminster; Nerea Calvillo, U of Warwick; Beth Cullen, U of Westminster; T. J. Demos, U of California, Santa Cruz; Jeff Diamanti, U of Amsterdam; Jennifer Ferng, U of Sydney; Jennifer Gabrys, U of Cambridge; Ian Gray, U of California, Los Angeles; Gökçe Günel, Rice U; Orit Halpern, Concordia U; Gabrielle Hecht, Stanford U; Cymene Howe, Rice U; Wendy Hui Kyong Chun, Simon Fraser U; Robin Kelsey, Harvard U; Bruno Latour, Sciences Po, Paris; Hannah le Roux, U of the Witwatersrand, Johannesburg; Stephanie LeMenager, U of Oregon; Nashin Mahtani; Kiel Moe, McGill U; Karen Pinkus, Cornell U; Stephanie Wakefield, Life U; McKenzie Wark, The New School; Kathryn Yusoff, Queen Mary U of London.

Climatic changes in mass media --- Mass media and architecture --- Visual communication --- Architecture and climate --- Social aspects --- Architecture --- Climate and architecture --- Climatology --- Graphic communication --- Imaginal communication --- Pictorial communication --- Communication --- Architecture and mass media --- Communication in architectural design --- Mass media --- Climatic factors --- Influence of climate --- Climat --- Médias et architecture --- Communication visuelle --- Architecture et climat --- Changements, dans les médias --- Aspect social --- 7:574 --- 72:574 --- Kunst ; architectuur ; en klimaat(verandering) --- Kunst en ecologie ; kunst en milieu --- Architectuur en ecologie ; architectuur en milieu --- 72.504 --- 69.504 --- 69.504 Building and the environment. Sustainable building --- Building and the environment. Sustainable building --- 72.504 Architecture and the environment. Sustainable architecture --- Architecture and the environment. Sustainable architecture --- Média --- Changement climatique