Información General

• Autores: Dorian A. H. Hanaor (ed. lit.)
• Editores: Springer Nature Switzerland AG
• Año de publicación: 2025
• País: Suiza
• Idioma: inglés
• ISBN: 9783031978203, 9783031978180
• Texto completo no disponible (Saber más ...)

Resumen

• A liveable built environment, along with stable access to food and water, is one of the cornerstones of societal well-being worldwide. This book brings together a global cross-section of researchers and engineers from a range of disciplines and presents their insights into materials and processing technologies that can help pave the way for the sustainable built environments our future calls for. Featuring cutting-edge approaches, from reimagining material supply chains to harnessing 3D printing for eco-friendly materials, this book explores the art of cob building, looks at the potential of bio-based materials, and explains circular economy principles in construction. Readers will discover novel uses of agricultural by-products, delve into hemp-based solutions, and gain an understanding of the chemistry behind eco-conscious concretes. Within these pages lies an unveiling of pathways to waste reduction, resource optimization, and seamless integration of nature into construction. With insights encompassing timber, cement, masonry, and more, this book stands as an indispensable resource for professionals and enthusiasts actively shaping a greener built environment while drawing upon a mix of contemporary scientific advancements and ancestral wisdom.

Otros catálogos

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Listado de artículos

• • Introduction

    Dorian A. H. Hanaor

    págs. 1-6

    

  • Earth based construction

    • Front matter 1

      págs. 7-8

      

    • The life cycles of natural buildings-from traditional to digital

      Lola Ben-Alon

      págs. 9-37

      

    • The geographies of sustainable bio-based materials for modern methods of construction

      Alejandro Veliz Reyes, Alexandra Carr, Duhan Olmez, David Avilés, Mohamed Gomaa

      págs. 39-55

      

    • Are we there yet? Progress review of digital manufacturing for earth construction

      Mohamed Gomaa, Hamidreza Malekia, Veronica Soebarto, Alejandro Veliz Reyes

      págs. 57-71

      

    • Earth-based materials in contemporary construction: Challenges and opportunities

      Giada Giuffrida, Rosa Caponetto

      págs. 73-87

      

    • Cob vernacular architecture conservation and its contribution towards a sustainable built environment

      Alejandro Jiménez Ríos

      págs. 89-109

      

    • Earth as a building material: from traditional building techniques to additive manufacturing

      Flora Faleschini, Daniel Trento, Mariano Angelo Zanini

      págs. 111-133

      

    • Clay-based plasters: back to the future

      Paulina Faria

      págs. 135-145

      

    • Rammed earth in modern construction: physical and mechanical properties

      Fernando José Ávila Cruces, María Esther Puertas García, Álvaro Blanca Hoyos, Rafael Gallego Sevilla

      págs. 147-166

      

    • Raw rammed earth construction in contemporary contexts

      Joseph Dahmen, Carene Umubyeyi, Karissa Wenger, John Ochsendorf

      págs. 167-185

      

    • New technologies for earth construction: 3D printing, a reality or a mirage?

      Ana Mafalda Matos, Paula Milheiro Oliveira, Humberto Varum

      págs. 187-212

      

  • Alternative construction materials and processes

    • Front matter 2

      págs. 213-214

      

    • Using marine sediments to improve the mechanical behaviour of earthen materials

      Miakonirainy Vololontsoa Razafitrimo, Louise Lemesre, Simon Guihéneuf, Damien Raingeard, Arnaud Perrot

      págs. 215-225

      

    • Approaches for the use of rapidly growing willow rods in earth-based construction

      Rebekka Volk, Simon Steffl, Moritz Dörstelmann, Elena Boerman

      págs. 227-235

      

    • Carbon nanomaterial additives in concrete as a pathway towards high performance and sustainability

      Dorian A. H. Hanaor

      págs. 237-251

      

    • Advantages and challenges of 3D geopolymer-based concrete in construction

      Lateef N. Assi, Ali Alsalman, Rahman S. Kareem, Kealy Carter

      págs. 253-266

      

    • Sustainable alternatives to steel in concrete reinforcement

      Jake Cardillo, Sean Blackley, Lex Hartnett, Matthew Horan, Scott Rayburg, Melissa Neave

      págs. 267-295

      

    • Lightweight alkali-activated materials: sustainable route to passively decarbonize the built environment

      Rui M. Novais, Joao Labrincha

      págs. 297-326

      

    • Incorporating residues for sustainable road pavement construction: an analysis of asphalt mixtures with dolomite, limestone, fly ash, and red mud

      Mayara S. Siverio Lima, Liseane P. Thives, Arturs Riekstins, Remo Merijs Meri, Viktors Haritonovs

      págs. 327-349

      

    • Sugarcane enzymes in construction: sustainable alternatives for earth material stabilization

      Ana Cervilla Maldonado, Francisco Martín Villegas, Ignacio Valverde Palacios, Raquel Fuentes García

      págs. 351-367

      

    • Photocatalytic, antimicrobial and conductive functional nanomaterial-doped cement composites for sustainable construction

      Agnieszka Ślosarczyk, Łukasz Klapiszewski

      págs. 369-387

      

  • Lifecycles and sustainability of materials in the built environment

    • Front matter 3

      págs. 389-390

      

    • Engineered Wood Products (EWP) — resource efficiency and environmental performance

      Maximilian Pramreiter, Johannes Konnerth, Paul Mayencourt

      págs. 391-432

      

    • Life Cycle Assessment and Circularity of Bio-Based Insulation Materials:: an overview for the construction sector

      Rosa Agliata, Nouman Khadim, Elena Lucchi

      págs. 433-466

      

    • Analysis of building foundation reconstruction: a holistic assessment of its economic, social, and environmental impacts

      Antonio Ferreira Sánchez, María Desiree Alba Rodríguez, Valeriano Lucas Ruiz, Madelyn Marrero Meléndez

      págs. 467-502

      

    • LCA analysis and strategic scenarios for the reduction of gas emissions from concrete constructions: a case study

      Federica Cucchiella, Chiara Marchionni, Marianna Rotilio

      págs. 503-527

      

    • Life cycle assessment of hemp-lime concrete: analyzing methodology and environmental impacts

      Ilija Bošković

      págs. 529-562

      

    • Lime for the built environment

      Marco Simoni, Cecilia Pesce, Theodore Hanein

      págs. 563-576

      

    • Cross-disciplinary integration towards sustainable construction

      Dorian A. H. Hanaor

      págs. 577-597

      

    • Circular bio-based building materials for a sustainable built environment: categorisation, adoption barriers and sustainability assessment

      Dinh Linh Le, Roberta Salomone, Quan T. Nguyen

      págs. 599-632

      

    • Cradle-to-grave LCA of a bio-based retrofitting of an old Italian dwelling

      Nicolas Bertoldo, Sergio Renato Maria Sabbadini, Gianluca Ruggieri, Giovanni Dotelli

      págs. 633-651

      

    • A new framework for the automated generation of discontinuum-based structural analysis models from images

      Andrei Farcasiu, Peter Griesbach, Qipei Mei, Sinan Acikgoz, Bora Pulatsu

      págs. 653-685

      

    • LCA of self-compacting concrete incorporating waste plastic fibre, recycled aggregate and SCMs

      Zhanggen Guo, Ling Zhou, Qiansen Sun, Zhiwei Gao, Qinglong Miao, Conglin Chen, Yujie Chen

      págs. 687-713

      

    • CO2 sequestration and storage in recycled concrete waste: an emerging solution for sustainable construction

      Hamideh Mehdizadeh, Mohammad Hajmohammadian Baghban

      págs. 715-725

      

    • Analysis of energy systems. Recovering nature-based solutions for future sustainable development

      Anya Montserrat Pulido Cavada, Federico de Isidro Gordejuela, Roberto Alonso González Lezcano

      págs. 727-743

      

    • Current perspectives, challenges and opportunities for ash utilisation and pond reclamation in Australia

      Tushar Gupta, Alec Miller, Tim T. Werner, Xiaoling Wu, Mohan Yellishetty

      págs. 745-770

      

    • An exploration of the embodied energy in construction materials to support the diversification of greener design

      Koorosh Gharehbaghi, Naiyla Goverdhan, Ken Farnes, Kong Fah Tee

      págs. 771-808