Sustainable architecture and design Books

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Book SynopsisFlourish by Design brings together a range of established and emerging voices in design research for a collection that provides original provocations on topics of global significance. It is an insightful guide to original theory and practice concerning how we can design for a better tomorrow.Featuring contributors from a diverse array of backgrounds and professions, this edited book explores the difference that design and design research can make for people, organisations, and the planet to prosper now and in the future. It offers a range of ideas and techniques through practical examples and ongoing projects showing how applied design research can respond to global challenges. Covering topics as diverse as artificial intelligence, bio-inspired materials, more-than-human design, sustainability, and urban acupuncture, it shares interdisciplinary and transdisciplinary design research not just to demonstrate what could be plausible in the near future but also toexplain whTable of ContentsIntroduction: flourish by design: agendas and practices for positive change Part 1: Flourishing together 1. Flourish together 2. Flourishing, design, and the brain 3. Designing more-than-human urban places 4. Why a design attitude matters in a world in flux 5. Flourish(ing) by design? 6. Memes—designed to flourish or doomed to divide? 7. Can designers and AI flourish together? 8. Challenging capitalism through design for commonism 9. How cross-relational design research can foster pandemic recovery 10. Flourishing in joyful discovery: scaffolding new thinking 11. Build together a flourishing world: let’s give a shit and plant seeds Part 2: Flourishing organisations 12. Flourishing organisations 13. What organisations will flourish in the future and why we need a new design culture that is fit for the 22nd century? 14. Flourishing for all: the imperative for design research to go beyond academia 15. The shadow side: why embracing death and decay is essential to flourishing 16. Making design research work by flourishing through disappearance 17. Working at the junction: reconciling numbers and vulnerabilities 18. Public value by design: toward a flourishing design culture in public services 19. What schools do we need? 20. Evolutionary change of organisations and its flourishment over the design paradigms 21. It is time for radical co-design 22. Design after things Part 3: Flourishing in the world 23. Flourishing in the world 24. Making a difference by design 25. Transdisciplinary design: next generation bio-inspired building materials 26. Can design heal a city? 27. The idea of ‘agency’ in design today 28. The Anthropocene warrants a new standard time 29. Just toys? From material sustainability to co-design and degrowth 30. Legacy and sustainability in design research: A global dialogue 31. Falling UP and caring for better 32 Sustainability: designing for a technological utopia or dystopia? Afterword: to flourish or not to flourish by design

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Book SynopsisModern Residential Construction Practices provides easy-to-read, comprehensive and highly illustrated coverage of residential building construction practices that conform to industry standards in the United States and Canada.Each chapter provides complete descriptions, real-world practices, realistic examples, three-dimensional (3D) illustrations, and related tests and problems. Chapters cover practices related to every construction phase including: planning, funding, permitting, codes, inspections, site planning, excavation, foundations and flatwork, floors, walls, roofs, finish work and cabinetry; heating, ventilating, and air conditioning (HVAC); electrical, and plumbing. The book is organized in a format that is consistent with the process used to take residential construction projects from preliminary concept through all phases of residential building construction.An ideal textbook for secondary and college level construction programs, the book is packed Table of Contents1. Introduction to Building Codes and the Preliminary Construction Process2. Introduction to Green Building Technology3. Drawings and Specifications4. Construction Site and Excavation5. Foundation Materials and Construction6. Floor Framing Materials and Construction7. Wall Framing Materials and Construction8. Roof Materials and Construction9. Insulation and Barriers10. Door and Window Specifications and Installation11. Stair Construction12. Fireplace Construction13. Mechanical, Plumbing, and Electrical Systems14. Indoor Air Quality and Safety15. Finish Work and Materials

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Book SynopsisFacility performance evaluations inform the long-term life of a building and do not end with design or construction. To this aim, Patricia Andrasik created LEED Lab, in collaboration with the US Green Building Council, an increasingly popular international interdisciplinary collegiate laboratory course, which utilizes campus buildings as demonstration sites to facilitate the green assessment of existing buildings. LEED Lab: A Model for Sustainable Design Education uses the LEED O+M building rating system to measure and achieve performance-driven campus facilities in which the readers work and operate.The book explains in simple terms the theory, tasks, tools and techniques necessary for credit implementation and achievement, and includes case studies and exercises for practical application in each chapter. Readers will learn the conceptual scientific framework used to understand existing operational performance and how to quantify sustainable synergies, create green caTable of Contents1. Introduction 2. Methodology 3. Platform 4. PHASE 1: Feasibility 5. PHASE 2: Implementation 6. Site 7. Water 8. Energy 9. Materials 10. Air Quality 11. PHASE 3: Documentation

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Book SynopsisStuart Walker is Head of Design, Co-Director of the ImaginationLancaster creative research lab and Professor of Sustainable Design at Lancaster University. He is also Visiting Professor of Sustainable Design at Kingston University, UK and Adjunct Professor at the Faculty of Environmental Design, University of Calgary, Canada. His propositional designs have been exhibited at the Design Museum, London, across Canada and in Italy. His books include The Spirit of Design: objects, environment and meaning and Sustainable by Design: explorations in theory and practice.Jacques Giard is Professor of Industrial Design in The Design School at Arizona State University, prior to which he was Director of the School of Industrial Design at Carleton University in Ottawa, Canada. He is the author of Design FAQs, a university textbook on basic design and Designing: A Journey Through Time. He has also served as national president of the Association of Canadian Industrial Designers. Helen L. Walker is an independent language consultant with an MA in Education for Sustainability.Table of ContentsCONTENTS LIST OF ILLUSTRATIONS AND TABLES LIST OF CONTRIBUTORS ACKNOWLEDGEMENTS FOREWORD General Introduction: Design for Sustainability Stuart Walker and Jacques Giard PART I: HISTORICAL AND THEORETICAL PERSPECTIVES Editorial Introduction Jacques Giard and Stuart Walker 1 The Roots of Unsustainability John R. Ehrenfeld 2 Post-Materialism Freya Mathews 3 Making Sustainability Up: Design Beyond Possibility Aidan Davison 4 Developing Theories for Sustainable Design Dennis Doordan 5 The Emergence of Design for Sustainability: And Onward and Upward... Janis Birkeland 6 I Miss the Hungry Years: Coping with Abundance Albert Borgmann PART II: METHODS AND APPROACHES Editorial Introduction Stuart Walker and Jacques Giard 7 Sustainability - Methods and Practices Tracy Bhamra, Ricardo Hernandez and Richard Mawle 8 Integrating Sustainability in Design Education Jacques Giard and Deborah Schneiderman 9 Sustainability, Consumption and the Throwaway Culture Tim Cooper 10 Why Sustainable Consumers Don't Care Much about Green Products Anne Marchand 11 Design, Sustainability and Marketing Dorothy Mackenzie 12 The Role of Design-Led Knowledge Exchange in Supporting Micro, Small and Medium-Sized Enterprises to be Eco-Innovators in the United Kingdom Anne Chick PART III: SUSTAINABILITY IN PRACTICE Editorial Introduction Jacques Giard and Stuart Walker 13 Architecture: Building for Sustainability or Spirit Nurture? Christopher Day 14 Principles of Sustainable Dwellings and Community Design Avi Friedman 15 Design for Territorial Ecology and a New Relationship between City and Countryside: The Experience of the Feeding Milano Project Ezio Manzini and Anna Meroni 16 Sustainable Urban Futures Rachel Cooper and Chris Boyko 17 Educational Experience in Design for Sustainability: Enhancing a Critical Perspective among Undergraduate Students Maria Cecilia Loschiavo dos Santos 18 Sustainable Fashion Kate Fletcher 19 A New Design Ethic for a New Reality JohnPaul Kusz PART IV: EMERGING DIRECTIONS AND SUSTAINABLE FUTURES Editorial Introduction Stuart Walker and Jacques Giard 20 Sustainability and the Condition of Being Human Alexander Manu 21 Sustainability: Context and Design Shashank Mehta 22 Shè Jì - Change for Sustainable Futures Lou Yongqi 23 Emotionally Sustaining Design Jonathan Chapman 24 I am a User, Not a Consumer Gijs Bakker and Louise Schouwenberg 25 Design Sleepwalking: Critical Inquiry in Design Craig Badke and Stuart Walker 26 Critical Agendas: Designing for Sustainability from Products to Systems Chris Ryan 27 Metadesigning Paradigm Change: An Ecomimetic, Language-Centred Approach John Wood 28 Imagination's Promise: Practice-Based Design Research for Sustainability Stuart Walker 29 Design Activism: Challenging the Paradigm by Dissensus, Consensus and Transitional Practices Alastair Fuad-Luke 30 Design for Cyber-Sustainability: Toward a Sustainable Digital Future Bran Knowles, Stuart Walker and Lynne Blair 31 Emerging Directions Tony Fry 32 Literature and the Environment John Ralston Saul INDEX

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Book SynopsisSustainable Design for Interior Environments, 2nd Edition, builds on the first edition’s premise that the interior design profession has a social and moral responsibility to protect the health, safety, and welfare of people and the environment. The text equips professors, students, and practitioners to design sustainable interiors by addressing LEED certification, environmental concerns, ecosystems, ethics, values, worldviews, and the ways in which science and technology can be used to address environmental challenges. Through content, organization, and pedagogical features, the book integrates complex sustainability topics directly into the design process, thereby enabling readers to apply the concepts of sustainability with the same ease as they do the elements and principles of design.Table of ContentsExploring Sustainable Design and Development: Global Perspectives Introduction to Sustainable Design and Development Green Building and Product Assessment Standards Environmental Issues Sustainability and the Integrated Interior Environment Sustainable Strategies for Integrated Designs: Building Components Sustainable Strategies for Integrated Designs: Finishes and Furnishings Sustainable Strategies for Integrated Designs: Indoor Environmental Quality (IEQ) Sustainable Strategies for Integrated Designs: Daylighting and Electrical Lighting Systems Regulations, Programs, and Organizations Sustainability and the Integrated Design Process Sustainable Strategies for Integrated Designs: Commercial and Residential Interiors Sustainable Strategies for the Integrated Design Process Appendices A Professional Organizations, Government Agencies, and Trade Associations B Federal and Private Agencies and Programs Related to Sustainable Development/Design C Volatile Organic Compounds (VOCs) Limits for Finishes D Standards for Preservation, Rehabilitation, Restoration, and Reconstruction E Site and Built Environment Assessment GLOSSARY RESOURCES INDEX

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Book SynopsisArt faber is an umbrella term for works of art – whether pictorial, literary, photographic, musical or cinematographic – whose main or secondary themes are work, business and the world of economics. The word faber is rooted in the foundations of the economy. It is the Latin word for “smith” and the etymological root of Romance language of “making” and “manufacturing”, as well as the essence of Homo faber. Homo faber or “man the maker” is the toolmaker, the manufacturer of machines and consumer products, the main protagonist of secondary industries, but also of the tertiary, service sector. Homo faber is also a producer of life, especially in terms of cultivation and animal husbandry – the farmer, the breeder, the tamer, the transformer, adapting the natural world to our needs: harnessing animals’ strength for work, creating consumer products, such as milk and meat; and processing wool and hide for artisanal ends. For several decades now, however, this manufacture of life forms has raised several ethical and moral questions about animal well-being, food strategies, sustainable development, ecology, short-and-long term disaster management, and intensive breeding and its impact on the environment and consumers. This first issue of the Cahiers de l’Art faber tackles the field of photography through the “Bestiaux” portrait series begun by the artist Yann Arthus-Bertrand thirty years ago. In the series, the artist looks at the privileged relationship between breeder and livestock, inviting us to reflect upon the economic vocation of their animals, and on the system in which animals are produced, used and consumed. As wells as a previously unpublished interview with the photographer by Catherine Briat, the issue features articles from the historian Éric Baratay on domestication, the economist Jean-Marc Dupuy on the history of animal production in France, and the legal expert Jean-Pierre Marguénaud on the issue of animal rights, as well as a presentation of the results of a Havas-BETC survey into the contemporary relationship between humans and animals by Olivier Vigneaux, the chair of BETC advertising agency’s Digital Studio. With this first Cahier, the Art Faber collective inaugurates a series of articles exploring major societal themes today in an attempt to create a cross-fertilization of two disciplines that are oft considered unrelated: contemporary art and economics, to encourage debate, expand scope for fresh interpretations, and encourage dialogue between the two fields.

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Book SynopsisDevised for Château La Coste, Mater Earth takes us into the heart of humanity and the myths of creation. Prune Nourry created a monumental sculpture representing a pregnant work emerging from the earth, an immersive installation based on the principles of eco-responsible architecture. The work was first imagined back in 2010, when the artist invited a pregnant woman to pose in a bath of milk for a photography session. From those images of serenity, she created a life-size sculpture. Prune Nourry was instantly seized by a desire to produce a larger scale version of the work but it took several years of reflection before the desire became reality. The book follows the creation of the statue in situ, offering readers an original experience of symbolic rebirth. The work brings an inside view of the project and the mysteries of its conception, situating Mater Earth in Prune Nourry’s rich and varied career. We see the stages of its development towards an ideal of “ultracollective chaos” involving multiple artists and artisans, as well as Prune Nourry’s own ethical and ecological reflections and self-questioning. The work provides a rare vision of the gestation of creation, a window onto the creative process, showing everything that nourished the project and brought it to life. The illustrations resonate with this birthing process, creating a catalogue of the cultural and artistic motifs that inspired the work. Nancy Huston’s journal provides sensitive, thoughtful insight into maternity, reflecting the slow metamorphosis of all works of creation.

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Book SynopsisThe aim of this book is to bring together multidisciplinary research in the field of green infrastructure design, construction and ecology. The main core of the volume is constituted by contributions dealing with green infrastructure, vegetation science, nature-based solutions and sustainable urban development. The green infrastructure and its ecosystem services, indeed, are gaining space in both political agendas and academic research. However, the attention is focused on the services that nature is giving for free to and for human health and survival. What if we start to see things from another perspective? Our actions shall converge for instance to turn man-made environment like cities from heterotrophic to autotrophic ecosystems. From landscape ecology to urban and building design, like bricks of a wall, from the small scale to the bigger landscape scale via ecological networks and corridors, we should start answering these questions: what are the services that are we offering to Nature? What are we improving? How to implement our actions? This book contains three Open Access chapters, which are licensed under the terms of the Creative Commons Attribution 4.0 International License (CC BY 4.0).Table of ContentsPreface.- Acknowledgements.- Chapter 1. Urban Services to Ecosystems: An introduction (Riccardo Guarino, Maria Beatrice Andreucci, Manfredi Leone, Francesca Bretzel, Salvatore Pasta & Chiara Catalano).- Part I: Green Infrastructure, Urban Ecology and Vegetation Science.- Chapter 2. Improving extensive green roofs for endangered ground-nesting birds (Nathalie Baumann, Chiara Catalano & Salvatore Pasta).- Chapter 3. A plant sociological procedure for the ecological design and enhancement of urban green infrastructure (Chiara Catalano, Salvatore Pasta & Riccardo Guarino).- Chapter 4. Functional and phylogenetic characteristics of vegetation: effects on constructed green infrastructure (Amy Heim, Garland Xie & Jeremy Lundholm).- Chapter 5. Green Infrastructure within urban and rural landscapes following Landscape Bionomics (Vittorio Ingegnoli).- Chapter 6. Roof greening with native plant species of dry sandy grasslands in northwestern Germany (Kathrin Kiehl, Daniel Jeschke & Roland Schröder).- Chapter 7. Nature-Based Solutions as Tools for Monitoring the Abiotic and Biotic Factors in Urban Ecosystems (Federica Larcher, Chiara Baldacchini, Chiara Ferracini, Monica Vercelli, Martina Ristorini, Luca Battisti & Carlo Calfapietra).- Chapter 8. Anthosart Green Tool: selecting species for green infrastructure design (Patrizia Menegoni, Riccardo Guarino, Sandro Pignatti, Claudia Trotta, Francesca Lecce, Federica Colucci, Maria Sighicelli & Loris Pietrelli).- Chapter 9. Stewardship innovation: the forgotten component in maximising the value of urban nature-based solutions (Caroline Nash, Heather Rumble & Stuart Connop).- Chapter 10. Nature as model: Evaluating the mature vegetation of early extensive green roofs (Christine Thuring & Nigel Dunnett).- Chapter 11. Less is more: soil and substrate quality as an opportunity for urban greening and biodiversity conservation (Francesca Vannucchi, Francesca Bretzel, Roberto Pini & Heather Rumble).- Part II: Planning and Implementation of Green Infra-structure.- Chapter 12. Public Nature: The Contribution of Urban Agriculture to New Green Infrastructure in Japan (Noriko Akita).- Chapter 13. Anticipating an Urban Green Infrastructure Design for the Turkish Mediterranean City of Antalya (Meryem Atik, Veli Ortaçesme & Emrah Yildirim).- Chapter 14. Multifunctional ecological networks as framework for landscape and spatial planning in Italy (Serena D’ambrogi & Matteo Guccione).- Chapter 15. The foodscape as ecological system. Landscape resources for r-urban bmetabolism, social empowerment and cultural production (Sara Favargiotti & Angelica Pianegonda).- Chapter 16. Policies and planning of urban Green Infrastructure and sustainable urban drainage systems (Daniele La Rosa & Viviana Pappalardo).- Chapter 17. Soil and Water Bioengineering as Natural Based Solutions (Paola Sangalli, João Paulo Fernandes & Guillermo Tardío).- Chapter 18. Guided by Water: Green Infrastructure Planning and Design Adapted To Climate Change (Camila Gomes Sant’anna, Ian Mell & Luciana Bongiovanni Martins Schenk).- Chapter 19. Abandoned Lands on Lower Danube’s Urban Front as Opportunity to Enhance the River Corridor and the Urban Green Infrastructure (Angelica - Ionela Stan & Mihaela Hărmănescu).- Chapter 20. The Collserola Special Protection Plan (PEPNat): a bid for coresponsibility in agricultural and forest management (Eugènia Vidal-Casanovas, Laura Cid, Antoni Farrero, Patricia García-Rodríguez & Kyriaki Ilousi).- Part III: Nature-Based Solutions and Innovative Design Approaches.- Chapter 21. Exploring Regenerative Co-benefits of Biophilic Design for People and the Environment (Maria Beatrice Andreucci, Angela Loder, Beth Mcgee, Jelena Brajković & Martin Brown).- Chapter 22. Design the Urban Microclimate: Nature-based Solutions and Technology at Nexus (Silvia Coccolo, Marco Delli Paoli, Alessandro Stracqualursi & Maria Beatrice Andreucci).- Chapter 23. Evolution of the Approaches to Planting Design of Parks and Gardens as Main Greenspaces of Green Infrastructure (Maria Ignatieva).- Chapter 24. Environment in megacities: Tehran Waterscapes (Manfredi Leone, Ayda Alehashemi & Giuditta Lo Tauro).- Chapter 25. Cities facing the Wild (Annalisa Metta & Maria Livia Olivetti).- Chapter 26. Biodiverse Cities: Exploring multifunctional green infrastructure for ecosystem services and human well-being (Alessio Russo & Katie A. Holzer).- Chapter 27. In Consideration of the Tree: The importance of structure and function in the realization of Ecological Design (Naomi Zürcher).- Index

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Book SynopsisChapter 1. Supporting Sustainability Mindsets in Initial Teacher Training: A Systematic Literature Review (Liisi Pajula).- Chapter 2. Competence Building in Sustainable Development at IED Madrid (Beatriz Amann).- Chapter 3. Engineering a Sustainable Future with EPS@ISEP (Benedita Malheiro).- Chapter 4. Promoting Sustainable Development in Higher Education: Lund University Agenda 2030 Graduate School (Ylva van Meeningen).- Chapter 5. Curriculum design to foster sustainability competence development, a case study on surfacing sustainability knowledge and skills at the University of Leeds (Vasiliki Kioupi).- Chapter 6. A Case for Enterprise Engagement in Multi-stage Sustainability Education for University Engineering Students (Thomas Treacy).- Chapter 7. Skills Development for Sustainability in the VET Context: The Green Wave Project and its Innovative Pedagogical-didactic Model (Scarinci Alessia).- Chapter 8. Different ways to develop sustainability competences experiences from the University of Gothenburg (J. Boman).- Chapter 9. Competence building through off-campus service learning - Exploring the impact of a Sustainability Challenge' (Inga Schmidt-Ross).- Chapter 10. Green Human Talent Development Management, Green Knowledge and Innovation in Green Economy (José G. Vargas-Hernández).- Chapter 11. Innovative Pedagogies for Sustainability Education (Negar Sohaee).- Chapter 12. Facilitation of the Internalization Process of Circular Economic Concepts in Students Through Quality Education: Use of Case Studies in Teaching (Kamani Sylva).- Chapter 13. Key Competencies for Circular Product Development (Vytaute Dlugoborskyte).- Chapter 14. Future Scientists for Sustainable Agricultural Development through Interdisciplinary Graduate Education (Melanie Miller Foster).- Chapter 15. Comprehensive Process and Tools for Integrating Sustainability Education into Engineering Curricula (Gemma Tejedor).- Chapter 16. Relational competence building in sustainable development: a systems-thinking approach (Glen Rutherford).- Chapter 17. Critical Thinking as a key to Competence Building in Sustainable Development (Roland Zarzycki).- Chapter 18. The role of Ecopedagogy in the development of sustainability responsible students (Ivo Dickmann).- Chapter 19. Building Sustainability Competence Capacity amongst Educators: Uncovering Interdisciplinary Perspectives (Alice Annelin).- Chapter 20. The Future of Competence Building for Sustainable Development (Walter Leal Filho).

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Book SynopsisIn future, buildings that make sense from a bioclimatic perspective will not be the exception; planners will simply be expected to design them. With its wealth of facts, this book serves as a concrete aid to planning and design. With the planning process as its roadmap, it accompanies the planner from the basic evaluation stage through conception and implementation planning all the way to building operation. The building-related characteristics of the various climatic zones form the basis for the made-to-measure development of integrated building solutions. Well-conceived graphics illustrate planning contexts and facilitate efficient planning decisions and realistic predimensioning. Materials, systems, and technologies are described, and their areas of application are pointed out. Reference parameters, costs, and the presentation of interrelationships equip the planner to make a strategic and well-informed selection.Table of ContentsVorwort: Über zukunftsfähiges Bauen Klima: Einführung Klima Einleitung Klima Wechselwirkung Klima-Gebäude Klimaelemente Klimafaktoren Außenklima und Raumklima Klimazonen Tropen: Einführung Klimazone Klimaanalyse und Wechselwirkung Bauen Städtebau Gebäude Fassade Raumkonditionierung Energieerzeugung Planungsregeln Subtropen: Einführung Klimazone Klimaanalyse und Wechselwirkung Bauen Städtebau Gebäude Fassade Raumkonditionierung Energieerzeugung Planungsregeln Wüsten: Einführung Klimazone Klimaanalyse und Wechselwirkung Bauen Städtebau Gebäude Fassade Raumkonditionierung Energieerzeugung Planungsregeln Gemäßigt: Einführung Klimazone Klimaanalyse und Wechselwirkung Bauen Städtebau Gebäude Fassade Raumkonditionierung Energieerzeugung Planungsregeln Kalt: Einführung Klimazone Klimaanalyse und Wechselwirkung Bauen Städtebau Gebäude Fassade Raumkonditionierung Energieerzeugung Planungsregeln Facility Management / Ökonomie: Einführung Planungsprozess Fassadenkonzepte Materialien Raumkonditionierung Energieerzeugung Gesamtübersicht Investitions- und Betriebskosten Glossar: Einführung Glossar Außenklima Gebäude Gebäudehülle Raumklima Energie Anhang

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Book SynopsisThe "2226" project was completed in 2013 and received an outstanding response from the media. The reason is the clever design of this office building - it manages completely without air conditioning, heating and ventilation systems. "If today we are installing a disproportionate amount of air- and water-based services in buildings in order to create comfortable conditions, we should ask ourselves whether there are not more effective methods", says Dietmar Eberle. His building demonstrates that low-tech is an alternative to the Passivhaus with its extensive services installations. However, ecological and economical building should also meet architectural criteria - proportion, spatial effect, surface texture and light are essential components affecting the comfort of users. The book documents this seminal model for a new architecture with a comprehensive range of photographs by Eduard Hueber, and uses drawings to explain the architectural and energy concepts. Knowledgeable essays by recognized experts on the perfectly balanced construction and function complete this unpretentious and yet sophisticated monograph of a building. Table of ContentsFlorian Aicher: Baustoff, Bauart, BaustellePeter Widerin: Steuerung BE2226Eduard Hueber: FotoessayPlandarstellungen

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Book SynopsisTimber: the old raw material and building material returns.There are many reasons today for building with wood and there are great advantages over conventional designs. Wood is not only a renewable building material that helps reduce the levels of CO2 and is hence good for climate change, but, due to modern computing and manufacturing processes, it can also be used for a variety of construction tasks. Wood possesses excellent qualities for both construction and indoor climate control, and can easily be combined with other common building materials. Based on 24 international projects, the book provides an overview of the range of possibilities in wood construction today. Texts, images, and plans document the architectural and constructive qualities of contemporary timber structures from the conceptual design to the structure in detail. The various uses are based on current research in modern timber engineering but also on timber construction expertise that has been developing over many centuries. This special discipline has evolved significantly in recent decades, particularly in Germany, Austria, and Switzerland, and is a world leader today.

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Book SynopsisArchitecture is energy. Lines drawn on paper to represent architectural intentions also imply decades and sometimes centuries of associated energy and material flows. Form Follows Energy is about the relationship between energy and the form of our built environment. It examines the optimisation of energy flows in building and urban design and the implications for form and configuration. It speaks to both architectural and engineering audiences and offers for the first time a truly interdisciplinary overview on the subject, explaining the complex relationships between energy and architecture in an easy to follow manner and using simple diagrams to show how energy design strategies can be used to maximize the energy performance of our built environment, while at the same time leading to new aesthetic qualities and radically new forms in architecture and urban design. Case studies are used to illustrate the theory. The books philosophy is based on the guiding principles underlying nearly 30 years work in practice, research and teaching. It is relatively easy to make something simple seem complicated. To make a complex topic seem simple and easily understandable is far more of a challenge and this is the aim of this book. 　

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Book SynopsisNature has always been a source of inspiration for the design of the human environment. The analysis of biological constructions can not only lead to astonishing technical solutions but can also inspire the design of architecture. Bionics is a fascinating border area between pure research and practical application: biologists, chemists, physicists, mineralogists, and paleontologists meet up with material scientists, engineers, and architects and transfer their knowledge to architecture and construction. Using numerous practical examples, this richly illustrated introduction traces the process from the understanding of how something functions, to abstraction—for example in computer models—and the construction of initial prototypes, through to fully functional manufacture and production.

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Book Synopsis Sustainability is to become the guiding principle of social action and economic activity. At the same time, its ways and means are far from clear. As a holistic praxis, sustainability must combine technical and material as well as social, economic, ecological and also ethical strategies, which have multiple complex interactions and all too often also conflicting goals and priorities. In no other field can these be better observed, addressed and influenced than in architecture and building. Each volume of "Building Better – Less – Different" details two fundamental areas of sustainability and explores their specific dynamics and interactions. After introductory overviews, innovative methods and current developments are described and analysed in in-depth essays, international case studies and pointed commentaries. The sustainability criteria of efficiency ("better"), sufficiency ("less") and consistency ("different") form the framework for each book. The first volume presents concepts, methods and examples of circularity in construction and the economy. Urban mining and circular construction are two approaches to the challenges that architecture and urban design are facing, using techniques such as mono-material construction and design for disassembly, and tools such as materials passports and databases. The circular economy is not solely about recycling but encompasses a wide range of strategies from local community projects to new ownership and service models and steering mechanisms such as carbon fees and dividends. Table of Contents Aus dem Inhalt Nachhaltigkeit – die Wichtigkeit einer ganzheitlichen Betrachtung Prinzipien des kreislaufgerechten Bauens Prinzipien der Kreislaufwirtschaft Besser Kreislaufgerechtes Bauen: Rückbau statt Abriss: Bestandsbauten als Ressource im urbanen Kontext Kompetenz- und Wissensaufbau in der lokalen Wirtschaft: Das Rückbauprojekt Catherine Commons Neue Häuser aus alten Häusern Verlust von Örtlichkeit, Zunahme von Verschwendung: eine Warnung vor den Herausforderungen und Fallstricken der städtischen Mine aus Sicht der Denkmalpflege Kreislaufwirtschaft: Infrastruktur für die Wiederverwendung: eine wesentliche Grundlage für die Kreislaufwirtschaft Richtlinien für den Rückbau in Portland, Oregon Weniger Kreislaufgerechtes Bauen: Mit weniger mehr erreichen Kreislaufwirtschaft: Die Ökonomie des Urban Mining – das Modellprojekt Rathaus Korbach Kohlenstoffabgaben und -dividenden in einer kreislaufgerechten Bauwirtschaft Mit dem Verursacherprinzip in eine Verantwortungsgesellschaft Anders Kreislaufgerechtes Bauen: Kendeda Building for Innovative Sustainable Design: Handeln am Schnittpunkt von Klimaschutz, Gesundheit und Gerechtigkeit Triodos Bank – Modellprojekt für Kreislaufgerechtigkeit und Ressourcenschutz Concular: die Digitalisierung von Materialien in Gebäuden Materialpässe: die Erschließung geschlossener Stoffkreisläufe Das Projekt Urban Village Kreislaufwirtschaft: Kühlung als Dienstleistung Ein Kreislaufansatz für Bodenbeläge: das Beispiel der Firma Interface Sei vorsichtig was du dir wünschst! Besser – Weniger – Anders Die Urban Mining and Recycling (UMAR) Unit im NEST Projekt der Empa Schweiz

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Book SynopsisIn this planning guide, the renowned lighting designer Ulrike Brandi documents all her findings on the topics of lighting design, daylight, sustainability and healthy living spaces. It is a challenge to create holistic lighting design in times of advancing mechanization, but it is the right thing to do in terms of achieving sustainability in the use of light and energy. The renowned lighting designer Ulrike Brandi explains this attitude with the words, "It’s better to make the most of natural light from the start, rather than compensating with artificial light afterwards". The guideline Light Nature Architecture proves how essential, but also simple, it is to integrate natural light into architectural planning and thus into the design of healthy and pleasant living and working environments. This richly illustrated handbook is structured based on natural light phenomena and combines Ulrike Brandi’s wealth of experience, theoretical principles, and design methods to create a reference work and source of inspiration. Richly illustrated basic work for holistic lighting design Insight into the extensive practical experience of the renowned lighting designer Ulrike Brandi Source of inspiration for professional planners, architects and laypeople Available in German and English (Light Nature Architecture, ISBN 9783035624151)

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Book SynopsisLiliane Wong's latest volume on adaptive reuse in architecture presents 50 spectacular conversion and reuse projects worldwide, including buildings such as the TWA Hotel at NewYork's John F. Kennedy Airport, the CaixaForum in Madrid, and the New Museum in Berlin. The projects are presented using a new classification system that addresses practitioners as well as academics. The author's introductory essay provides a comprehensive overview and historical context for the enormous evolution and expansion of adaptive reuse over the past 50 years.

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Book Synopsis Versatile wooden windows In her book, the trained carpenter and architect Judith Resch looks at what scope still exists in modern window design and construction. The process of simplification is more difficult to achieve for windows than for most building components, since windows, due to their function, must meet high technical specifications. She presents a variety of window design projects that have one thing in common: they pursue a singular design concept using the simplest possible means. All projects are presented in detail with technical drawings and photographs. 10 simple wooden window designs From retrofitting historical windows to the possibilities of DIY design Precisely designed, handcrafted, highly repairable windows

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Book Synopsis Solid matter. Monolithic and homogeneous concepts for a circular approach to architecture. In response to climate change, architects have been seeking a contemporary expression for durable, solid and homogeneous wall structures made of clay, wood, brick, concrete and recycled materials. This book follows 25 projects to analyze construction methods that predominantly involve materials that have a single origin and can be easily dismantled. It looks at a variety of different ways and scales in which architects have dealt with issues of mass and materiality, both in terms of design and construction. Structured according to the specific materials, the book allows direct comparisons, and renders visible solid building typologies and forms. Numerous drawings, developed especially for this book, document the projects. Two essays as well as interviews with Pepe Marquez and Arno Richter examine the strategies and background of monolithic architecture and solid construction methods. Solid building materials and their contribution to climate protection and sustainability Analytical presentations of single-variety and demountable construction methods Insights into research and applications of the materials

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Book Synopsis Das Handbuch in erweiterter 6. Auflage Die erweiterte deutsche 6.Auflage dieses Standardwerks für die Baukonstruktion wurde inhaltlich weiterentwickelt: Das neu hinzugefügte Kapitel „Anschauungen zum Klima" thematisiert die Grundlagen des klimagerechten Bauens. Historische und aktuelle Bautypen werden auf ihre architektonischen, bauphysikalischen und haustechnischen Strategien hin untersucht, um daraus Grundlagen für eigene nachhaltige Klimamaßnahmen zu entwickeln. Systematisch gegliedert und didaktisch aufbereitet, vermittelt das Buch auch weiterhin in einem Band das nötige technische und konstruktive Grundlagenwissen, um vielfältige Entwurfsziele baulich umzusetzen. Es hat sich deshalb in über 20 Jahren nicht nur bei Studierenden und Dozierenden, sondern auch bei Architektinnen und Architekten zu einem unverzichtbaren Handbuch zum Nachschlagen und Vertiefen etabliert. Das weltweit anerkannte Konstruktionsbuch für Architekturschaffende in erweiterter Auflage Neues Kapitel "Anschauungen zum Klima" Bewährt systematisch gegliedert und didaktisch aufbereitet, mit Plakat im Weltformat als Navigationshilfe Auch als Hardcover (978-3-0356-2664-3) sowie auf Englisch (978-3-0356-2666-7) und Französisch (978-3-0356-2667-4) erhältlich

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Book SynopsisDetails today Methods of construction are evolving rapidly, driven by sustainability demands, new technical possibilities, the optimization of materials, and more efficient processes. This precise and detailed analysis of 25 Swiss projects render visible the often-hidden innovation within contemporary architecture. Five different construction methods are documented using photographs and isometric analytical drawings of building shells at a scale of 1:15. This book is intended to stimulate a profound discussion of future developments. Detailed insight into construction methods using the example of contemporary Swiss architecture Isometric detail drawings and a unique photo essay Buildings by EMI, Caruso St John, Peter Märkli, Meier Hug, Esch Sintzel, and many more

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Book SynopsisNew fundamentals for designing future-oriented housing This book shows how architectural design can improve housing. It looks at 14 innovative multiunit dwelling projects through the lenses of current research on urban housing systems, driven by questions on social, environmental, and economic sustainability. Residential buildings designed for diverse cultural contexts are brought together and examined according to spatial antonyms: the individual and communal, the interior and exterior, and the determined and undetermined, to create a resource for future architectural practice. The book concentrates on design decisions and incorporates rich illustrations and conversations with architects and residents. It follows a series of talks curated by the Melbourne School of Design to extend the debate on the missing links between architectural practice and housing research. New fundamentals for designing future-oriented housing In-detail port

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Book SynopsisThe Jules Bordet Institute is one of the largest integrated cancer centers in Europe. Located at the heart of the Erasme campus in Anderlecht, Belgium, the university hospital’s structure evolved from the objective to establish smooth connections with its environment. The building’s luminous patios and extensive timber cladding rhythmize the collaborative design by Brunet Saunier Architecture, Archi 2000, and TPF Engineering, emanating in an interplay of natural shades and lights and a welcoming atmosphere. Through texts, photographs, and plans, Institut Jules Bordet Instituut retraces the different stages of the project. From the initial medical vision to the arrival of the first patients, the publication outlines the architectural approach to intensifying the relationship between medical practice and research, integrating technological changes, and improving the comfort of its patients.

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Book SynopsisAt a time when extreme climatic phenomena, air quality, and industrial impact are among the most pressing issues on the public agenda, the dramatic change in the climate has led to the realization that capitalism has a destructive effect on the environment. Our lifestyle must be reevaluated in order to positively impact both present and future.The ongoing use of fossil fuels, the development of industrial zones in city centres, and even the growing use of air-conditioning units are leading to a significant rise in temperatures and to the acceleration of extreme climatic change. Nevertheless, most individuals do not yet connect their daily lives to the climate changes in their immediate surroundings, and even those who are aware of these changes do not necessarily choose a course of action. Global warming has been widely recognized by scientists as caused by humans. Efficient solutions to these concerns may be found on a local level, where the engagement of urban communities may prove to be effective in combating environmental damage. This publication addresses an approach involving multiple possibilities for climate-related actions, most notably in the context of individual cities. Six thematic chapters examine case studies from cities including Chicago, New York, Masdar, Hong Kong, Copenhagen, Shanghai, and Tel Aviv.

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Book Synopsis Plants and architecture: two seemingly opposite elements. How can we combine them to plan future cities that are closer to nature? What synergies can we explore? Hortitecture seeks to discover the creative and construction potentials of vital plant material, and explores its applications in ecosystem services and urban food production.Through research at the intersections of architecture, biology, and technology, IDAS (Institute for Design and Architectural Strategies) explores this topic with the aim of transferring the knowledge gained to the design of buildings. This book documents the projects, ideas, and experiences shared by thirty-three international experts at symposia held at TU Braunschweig. Their critical reflections advance the awareness and expertise needed to develop a nature-based urban architecture. With contributions by Stefano Boeri, Thomas Corbasson, Richard Hassell and Wong Mun Summ, Christoph Ingenhoven, Vo Trong Nghia, Elisabeth Kather, Klaus K. Loenhart, Ferdinand Ludwig and Daniel Schönle, Fuensanta Nieto, Chris Precht, Jacob van Rijs, Tomás Saraceno, Diana Scherer, Dan Wood, Ken Yeang, and others

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Book SynopsisDer Wunsch nach Schutz und Nahrung treibt den Menschen seit Urzeiten an, seine Umwelt zu gestalten – und manchmal zeigt er dabei eine erstaunliche Anpassungsfähigkeit an Klima- oder Umweltbedingungen. In allen Regionen der Welt haben Menschen Wege gefunden, sich lebenswerte Bedingungen zu schaffen und diese mit erprobten Bauweisen über Generationen weitergegeben.Dieses Buch bietet eine eindrucksvolle Sammlung vieler fast schon vergessener Kenntnisse und Methoden, sich dem örtlichen Klima und den vorhandenen Ressourcen anzupassen anstatt sie zu ignorieren.Vielleicht liegt der Schlüssel für das Bauen der Zukunft deshalb in traditionellen Bauweisen und das Geheimnis für eine gelungene Globalisierung in der Analyse bewährter Systeme. Beeindruckende Projekte dokumentieren die Beziehung zwischen Umwelt und gebauter Umgebung in den fünf Klimazonen der Erde.

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Book SynopsisThe projects presented in this book are excellent examples of how the many facets of sustainability can be applied in the field of architecture. By using the term “green” to cover them the author has attempted to highlight not only the most quantifiable factors (such as optimal energy efficiency values), but also other less tangible ones (such as architecture’s respectful and harmonious integration with the natural environment and social sustainability) which are closely linked to environmental sustainability.

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Book SynopsisThis book presents a series of contemporary, diverse and innovative design strategies that vary in form, function and design intent. The common denominator of all projects is the alternative and/or experimental approach of combining both private and public spaces. Diverse, innovative design approaches with complex programme are combined with socially and financially sustainable strategies. ‘Innovative Architecture Strategies’ aims to help understand the different design approa­ches that can be followed when called to propose a concept and design for an innovative mixed-use building. It’s also a guide, point of reference, and inspiration book. The book demonstrates an analytical and clear way to conceptualize, explain and present a mixed-use design project. Each project in the book is selected for its different form, function, technique and design intent. They all offer a clear example of a de­sign project. The diverse design approaches are presented in ten chapters. Each chapter begins with explaining the main concept behind the specific design approach and with a reference to a built precedent.

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Book SynopsisDesign for Sustainability Survival Guide concerns all the details on applying sustainability requirements in design. It is a critical and concise overview of the important facts from all imaginable angles. The book is written and illustrated to inform, support and inspire future designers. The guide covers everything in sustainability: from personal reader experience to universal guiding principles, from energy use and the flow of materials to the role of time, consumption, use, circularity and reduction. It includes tips, principles and guidelines to nourish design projects from start to finish. New approaches beyond the conventional are introduced and current assumptions on economics, technology and design are pointed out throughout the book.

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Book SynopsisSeepage analysis of soil nail reinforced embankment resting on soft soil.- Application Of Waste Plastic in Alluvial Soil Stabilisation for A Sustainable Pavement Construction.- Innovative Approaches to Soil Slope Design with Soil Nailing Technology.- An Evaluation of The Compaction Characteristics of a South African Silty Sand Improved by Waste Plastic Fibres.- Influence of Vertical Vibration on Geogrid Reinforced Soil.- Stability Of Mine Overburden Dump Slope Considering Vegetation Impact.- Assessment of Fly Ash Impact on Soil Water Retention, using an Arduino-Based monitoring system.- Seismic Analysis of Power Transmission Tower-Line System.- Evaluating Stone Dust as a Sustainable Alternative to Sand in Concrete.- Experimental Investigation and Comparative Analysis of Properties of Recycled Aggregate Concrete Considering Different Mixing Approaches.- Properties of Concrete Utilizing Recycled Concrete Fine Powder and Treated Recycled Concrete Aggregate: An Experimental Investigation.- Experimental Investigation on Mechanical Properties of Concrete Containing Treated Coarse Aggregates obtained from Hard Rock of Open Coal Mine Dump.- Performance measurement of a landfill mining equipment: A case study.- Spatio-Temporal Analysis of Urban Climate Using LST, NDVI, FISA, and LULC: A 20-Year Case Study of Jaipur, Rajasthan, India (2004-2024).- Physico-Chemical Assessment of Water Quality in the Open Cast Coal Mining Region of Bhurkunda, Ramgarh, Jharkhand, India.- Comprehensive Assessment and Prediction of Air Quality Trends Using Arima Model.- Sustainable Municipal Solid Waste Management: Addressing Generation, Composition, And Environmental Concerns.- Optimum Replacement of Coarse Aggregates with E-Waste Ceramics for a Rigid Pavement.- Quantitative lifecycle sustainability assessment of asphalt pavement.- Design of circular overhead water tank using staad.pro Software.

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Book SynopsisForeword.- Preface.- Part I Fundamentals of Smart Cities.- Chapter 1 The Evolution of Smart City Development.- Chapter 2 Core Technologies for Next-Generation Smart Cities.- Chapter 3 Cloud-Edge-Device Collaboration and Application Innovation in Smart Digital Cities.- Part II Applications of Smart Cities.- Chapter 4 Applications of Digital Infrastructure.- Chapter 5 Sector-Specific Applications in Smart Cities.- Chapter 6 Scalable Implementation of Smart City Solutions.- Part III Future Outlook for Smart and Digital Cities.- Chapter 7 Foundational Perspectives and Trends.- Chapter 8 Foresight into Emerging Applications.-  Chapter 9 Technological Frontiers and Innovation Directions.

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