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Sustainable architecture --- Sustainable buildings --- Duurzaam bouwen --- Architectuur --- Design and construction --- Duurzaam bouwen. --- Architectuur. --- Environmental planning --- Architecture --- comprehensive plans [reports] --- architecture [discipline] --- ruimtelijke ordening --- architectuur --- Sustainable architecture - Periodicals --- Sustainable buildings - Design and construction - Periodicals
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Take the first step to achieving your dream of building and living in your very own tiny house! The Tiny House Design & Construction Guide is your road map to the entire build process. This guide will help you to understand each step that needs to be taken and, more importantly, give you the confidence to start building your own tiny house.This is the expanded, 2nd edition of the Tiny House Design & Construction Guide. This latest edition contains over 50% more content and over 38 more images and illustrations. I listened to my reader's feedback and added much more information into the framing, electrical, and plumbing sections of the book.
728.2/3 --- 504 --- 69.01 --- 69.03 --- Compact houses --- Compacte woningen --- Kleine woningen --- Duurzaam bouwen --- Duurzame architectuur --- Constructie --- Budgetvriendelijke architectuur --- Energie-efficiënte architectuur
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How can we design environmentally conscientious buildings and places? This book is a rallying call to create more resilient cities, diverse neightbourhoods, responsible buildings, and high quality homes. Offering insight from researchers and practitioners, it outlines strategies for creating sustainable designs, achieving social equity, and working within our planet’s limits. This is richly illustrated using works by award-winning London-based architecture practice Mae that puts these principles into practice.
Agences d'architecture --- Architecture durable --- Mæ --- Mae architects --- 504 --- 72.01 --- Groot-Brittannië --- Duurzaam bouwen --- Duurzame architectuur --- Architectuurtheorie --- Architectuur (theorie) --- 699.86 --- Klimaatontwerp
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This book aims to encourage an awareness of sustainability as it is implemented across all areas of planning and design, and the ability to think and act on this knowledge. The conditions that inspire a design, and the factors that influence the planning and building of it, should be challenged. This book will explore in genuine depth the sustainable strategies that could be applied, along with the practical work of key figures in the built environment, setting these against historical experiences and traditional cultures. It also aims to revive the discourse around these subjects, and to look at possible architectural interventions, responses and approaches, based on inspirational and exemplary case studies. Achieving this will require the involvement of structural engineers, energy and environmental engineers, innovative designers, construction businesses and specialists, research institutes and universities. The five chapters and more than 300 showcased projects reflect important stages in the architectural and engineering-based design process, stages which cannot be sidestepped, and need to be addressed when dealing with sustainable strategies in the built environment. All fields or design constraints are constantly changing and demand a clear approach to current and future issues.
Architecture durable --- Architecture --- Aspect environnemental --- 69 --- 504 --- 72.504 --- 69.504 --- Bouwtechniek --- Bouwwezen --- Duurzaam bouwen --- Duurzaamheid --- Duurzame architectuur --- Duurzame ontwikkeling --- Architecture and the environment. Sustainable architecture --- Building and the environment. Sustainable building --- Ecologie --- Environmental protection. Environmental technology --- sustainable architecture --- 69.504 Building and the environment. Sustainable building --- 72.504 Architecture and the environment. Sustainable architecture --- Architecture durable. --- Aspect environnemental. --- 69.02 --- duurzaam bouwen --- energieneutraal wonen --- bouwen - constructie-elementen, duurzaam bouwen --- 574 --- 72.036 --- 72.037 --- Ecologie en bioverscheidenheid --- 20ste eeuw (architectuur) --- 21ste eeuw (architectuur) --- 69.01 --- Bouwconstructie
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When searching for genuinely sustainable building design and technology - designs that go beyond conventional sustainability to be truly restorative - we often find that nature got there first. Over 3.5 billion years of natural history have evolved innumerable examples of forms, systems, and processes that can be applied to modern green design. Aimed at architects, urban designers and product designers, this new edition of 'Biomimicry in Architecture' looks to the natural world to achieve radical increases in resource efficiency. Packed with case studies predicting future trends, this edition also contains updated and expanded chapters on structures, materials, waste, water, thermal control and energy, as well as an all-new chapter on light. An amazing sourcebook of extraordinary design solutions, Biomimicry in Architecture is a must-read for anyone preparing for the challenges of building a sustainable and restorative future.
Organic architecture. --- Sustainable architecture. --- Architecture --- Biomimicry. --- Environmental aspects. --- PXL-Central Office 2018 --- bouwkunst --- bouwtechnieken --- duurzaam bouwen --- technologie --- biologische technieken --- Organic architecture --- Sustainable architecture --- Biomimicry --- Architecture and biology --- 69.02 --- architectuur --- biomimetiek --- Biology and architecture --- Biology --- Bio-inspired engineering --- Bionics --- Eco-architecture --- Environmentally conscious architecture --- Environmentally friendly architecture --- Green architecture --- Green building design --- Green design (Buildings) --- Sustainable design (Buildings) --- Sustainable design --- Environmental aspects --- bouwen - constructie-elementen, duurzaam bouwen
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Sustainable construction techniques bietet insbesondere Architekten eine fundierte Handhabe für den ökologisch optimierten Gebäudeentwurf und die Auswahl nachhaltiger Baukonstruktionen. Die Autoren geben einen Überblick über die wichtigsten Datenbanken und Gütezeichen für Bauprodukte und zeigen, wie Ökobilanzen erstellt werden. Sie identifizieren die Stellschrauben für eine ökologische Optimierung im Verlauf des Planungsprozesses und leisten Hilfestellung bei der Auswahl von Baumaterialien und -elementen. Das Buch versteht sich vor allem als Anleitung für eigene Projekte, denn: Ökologische Optimierung ist kontextabhängig. Abhängig von den Anforderungen an Nutzung, Dauerhaftigkeit, Schall- oder Brandschutz eines Gebäudes können ganz unterschiedliche Lösungen die "richtigen" sein. Die hiermit verbundenen Abwägungsprozesse illustrieren in diesem Buch fünf ausführliche Dokumentationen gebauter Objekte aus Europa und Nordamerika. What makes building materials sustainable? How can we reduce how much "grey energy" is produced in the building process? And how does a Life Cycle Analysis work? These are questions which are becoming increasingly more common in the context of sustainable construction. The DETAIL Green Book Sustainable construction techniques offers a thorough guide to ecological building design and sustainable construction methods, which will be particularly valuable for architects. The authors provide an overview of the most relevant databases and certification standards for building products and illustrate how a Life Cycle Analysis is conducted. They also identify key ways of optimising the planning process in line with ecological criteria, while offering advice for the selection of building materials and elements. Detailed documentation from five buildings constructed in Europe and North America serve to illustrate the associated assessment processes in this book.
Sustainable construction. --- 504 --- 69 --- 72:574(035) --- Architectuur en ecologie ; handboeken --- Constructie van duurzame gebouwen en interieurs ; handboeken --- Duurzaam bouwen --- Ecologisch bouwen en wonen ; 21ste eeuw --- Duurzame ; ecologische ; constructietechnieken --- Green construction --- Duurzame architectuur --- Duurzame ontwikkeling --- Ecologie --- Ecologisch bouwen --- Bouwtechniek --- Bouwwezen --- Construction durable --- Éco-matériaux --- Construction, Technique de la --- Habitations --- Résistance des matériaux --- Aspect environnemental --- Technique de l'environnement --- structural engineering --- sustainable architecture --- Building materials. Building technology --- interior design --- Architecture --- Environmental protection. Environmental technology --- Building --- Sustainable engineering --- Sustainable construction --- Construction durable. --- Éco-matériaux. --- Technique de la construction --- Résistance des matériaux. --- Aspect environnemental. --- Technique de l'environnement. --- 69.02 --- duurzaam bouwen --- bouwen - constructie-elementen, duurzaam bouwen --- Construction industry --- Sustainable architecture. --- Sustainable buildings --- Ecologically sustainable design (Buildings) --- Environmentally sustainable design (Buildings) --- ESD design (Buildings) --- Green building design --- Green design (Buildings) --- Sustainable design (Buildings) --- Eco-architecture --- Environmentally conscious architecture --- Environmentally friendly architecture --- Green architecture --- Sustainable design --- Environmental aspects. --- Design and construction. --- Éco-matériaux --- Résistance des matériaux
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Summary: Energy is everything - and we are used to this in the means of energy reduction for our buildings: climate design and climate engineering is nowadays standard in the design process. The more successful we are in this, the less energy we need to run the building during its useful life (which is good) and we can focus instead on an additional aspect: the embodied energy - the energy we need for the material production and construction process. Interestingly, the reduction in energy used in a climate-efficient building during its lifetime is equal to the energy consumption necessary to produce and install the building. This aspect triggers us to reconsider the design potentials of focusing on less energy in the construction.
Constructions --- Chauffage --- Économies d'énergie --- 69 --- 699.86 --- 69.03 --- 620.9 --- 691 --- recyclage (bouwmateriaal) --- 504 --- 72:574 --- Duurzame constructies --- Energiebesparende gevelsystemen --- Ecologische bouwmaterialen --- Bouweconomie --- Architectuur ; klimatisch geregelde ; energiebesparing ; 21ste eeuw --- Duurzaam bouwen ; ontwerpideeën ; 21ste eeuw --- Bouwtechniek --- Klimaatbeheersing --- Klimaatontwerp --- Energie-efficiënte architectuur --- Energie --- Bouwmaterialen (architectuur) --- Materialen (design) --- Duurzaam bouwen --- Duurzame architectuur --- Ecologie --- Ecologisch bouwen --- Architectuur en ecologie --- Architecture and energy conservation --- Energy conservation and architecture --- Energy efficient buildings --- Energy conservation --- Économies d'énergie. --- Zero energy buildings --- Économies d'énergie --- Économies d'énergie.
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Since its launch in 1993 by the nonprofit U.S. Green Building Council, the Leadership in Energy and Environmental Design (LEED) program has become the standard measure of sustainability for buildings worldwide. Successfully reaching one of four LEED certification levels-Certified, Silver, Gold, or Platinum-requires specific point totals, which differ among building types. Getting certified, in addition to altruistic benefits, allows building owners to take advantage of a growing number of state and local government incentives. The menu of potential points available for various practices ranges from installing bike racks on-site to documenting the source of the iron ore used in anyconstruction steel. As any architect or developer can attest, navigating this complex system of required prerequisites and credits can be maddening. It may be good to be green, but it's still far from easy. An architect's knowledge of materials can make or break a building's rating. Though LEED's performance-based criteriaexclude individual materials and products from earning points toward certification, their specific use can. Apply a material in the wrong situation and you may not get credit for it. Fortunately, with a little insider knowledge, you can also use one material to get credit in two, three, or even more areas. LEED Materials is packed with critical information on nearly two hundred materials, products, and services. Organized in the Construction Specifications Institute (CSI) MasterFormat-industry standard in building contracts-this highly visual guide makes sure your material choices and uses will maximize your LEED credits. LEED Materials includes a foreword by Steven Winter, former chairman of the U.S. Green Building Council.
69.02 --- 745.5 --- materialenkennis --- designmaterialen --- ecologisch bouwen --- ecologische bouwmaterialen --- bouwen - constructie-elementen, duurzaam bouwen --- designmaterialen - algemeen --- Construction --- Construction durable --- Éco-produits --- Building materials --- Green products --- Leadership in Energy and Environmental Design Green Building Rating System. --- Sustainable construction. --- Matériaux --- Aspect environnemental --- Leadership in Energy and Environmental Design Green Building Rating System --- Sustainable construction --- duurzaam bouwen --- Green construction --- Building --- Sustainable engineering --- LEED Green Building Rating System --- LEED Rating System --- Sustainable buildings --- Earth-friendly products --- Environmentally safe products --- Commercial products --- Green marketing --- Recycled products --- Architectural materials --- Architecture --- Building supplies --- Buildings --- Construction materials --- Structural materials --- Materials --- Design and construction --- Standards --- Éco-produits --- Matériaux
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Studio Mumbai is a human infrastructure of skilled craftsmen and architects who design and build the work directly. Gathered through time, this group shares an environment created from an iterative process, where ideas are explored through the production of large-scale mock-ups, models, material studies, sketches and drawings. Projects are developed through careful consideration of place and a practice that draws from traditional skills, local building techniques, materials and an ingenuity arising from limited resources. The practice was started in 1995 by Bijoy Jain. Projects include the Studio Mumbai Work-Place in Nagaon, the Casa Tara in Kashid, the Leti 360 Resort in Leti, the Palmyra House in Nandgaon. Excerpts from a dialogue between Dr. Balkrishna V. Doshi and Bijoy Jain and an essay by Peter Wilson.
Studio Mumbai --- Jain, Bijoy --- Bijoy Jain --- 72.071 --- 72.07 --- buitenlandse architecten --- Architecten. Stedenbouwkundigen A - Z --- Ambachten. --- Bouwmaterialen. --- Duurzaam bouwen. --- India. --- Natuur in de architectuur. --- Architecture --- anno 2000-2009 --- anno 2010-2019 --- Architecture, Modern --- Dessins et plans. --- Studio Mumbai Architects. --- Architects --- Architectural firms --- Architectes --- Agences d'architecture --- History --- Dessins et plans --- Histoire --- Studio Mumbai Architects
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Green Buildings Pay examines, through case studies of commercial and university buildings, how different approaches to green design can produce more sustainable patterns of development. The case studies are described by their designers and often also by the client, thereby ensuring that the buildings are seen in the context of market realities.
Architecture and energy conservation --- Commercial buildings --- College buildings --- Architecture et économies d'énergie --- Immeubles commerciaux --- Constructions universitaires --- Case studies --- Cas, Etudes de --- Architecture et économies d'énergie --- 725 --- 725.2 --- 727.1 --- 727.3 --- 504 --- Verenigd Koninkrijk --- Openbare, commerciële, industriële bouwwerken / gebouwen --- Commerciële gebouwen --- Onderwijsgebouwen --- Universiteitsgebouwen --- Duurzaam bouwen --- Ecologisch bouwen --- Case studies. --- Aménagement du territoire
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