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Mars Architecture: Construction 6.0 for Designing Sustainable and Health-Oriented Habitats de Amjad Almusaed

Mars Architecture: Construction 6.0 for Designing Sustainable and Health-Oriented Habitats

Autor Amjad Almusaed, Ibrahim Yitmen, Asaad Almssad
en Limba Engleză Hardback – 26 iun 2025
This book combines Construction 6.0 with AEC principles for designing sustainable, health-focused Martian habitats. It unveils innovative architectural designs ideal for Mars, utilizing 3D printing, autonomous robotics, and regolith, alongside renewable energy and life support systems. With an emphasis on well-being, it integrates biophilic design and digital technologies to enhance operational efficiency. Exploring various habitat models, it advocates a multidisciplinary approach to extraterrestrial colonization that balances technological advancement with environmental and ethical stewardship, aiming to make human life on Mars a healthy and sustainable reality.
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Specificații

ISBN-13: 9781032963709
ISBN-10: 1032963700
Pagini: 300
Ilustrații: 78
Dimensiuni: 156 x 234 x 18 mm
Greutate: 0.66 kg
Ediția:1
Editura: CRC Press
Colecția CRC Press

Public țintă

Academic and Postgraduate

Cuprins

Preface. Introduction. I. FOUNDATIONS OF MARTIAN SETTLEMENTS. Introduction to Martian Environments and Settlement Challenges: Overview of Martian Conditions and the Challenges of Establishing Human Habitats. A Comparative Analysis of Terrestrial Climates: Assessing the Distinctions between Martian and Terrestrial Environments and Their Implications for Habitat Design. Integrating AEC Innovations for Martian Settlements: Practical Applications of Construction 6.0 in Designing Sustainable and Health-oriented Habitats in Extraterrestrial Environments. II. TECHNOLOGICAL ADVANCES AND SUSTAINABLE LIVING. Advancements in 3D Printing and Autonomous Robotics: Utilization of Cutting-edge Technologies for Constructing Sustainable Habitats on Mars. Incorporating Health-oriented Architectural Principles: Emphasizing the Critical Role of Spatial Ergonomics, Air Quality, and Biophilic Design in Ensuring the Well-being and Survival of Mars Residents. III. BUILDING A SELF-SUSTAINING MARTIAN COMMUNITY. Enhancing Life Support Systems in Martian Settlements: The Pivotal Role of Digital Twin Technology in Optimizing Habitat Management. Construction 6.0: Redefining Martian Infrastructure Development-An In-depth Analysis of the Construction 6.0 Approach for Developing Durable and Livable Martian Environments. The Ethics of Martian Colonization: Addressing Ethical Considerations and the Responsibility towards Martian environments and Potential Life Forms. A Thorough Review of the Practical and Theoretical Challenges in Building Sustainable, Health-focused Extraterrestrial Settlements. The Prospective Trajectory of Martian Habitat Development: Innovations in Construction, Architecture, and Urban Planning. Index.

Notă biografică

Amjad Almusaed has over 185 publications and is a leading authority in environmental design and architecture. His groundbreaking work on sustainability and bioclimatic concepts has significantly shaped global advancements in energy-efficient architecture and sustainable urban planning.
Ibrahim Yitmen is a distinguished expert in Construction Production Management at Jönköping University, has authored over 140 publications and actively contributes to global research initiatives. His work focuses on digital transformation in construction, including Digital Twins, Construction 5.0, and Blockchain Technology.
Asaad Almssad, is a prominent scholar in structural engineering, sustainable construction, and energy efficiency at Karlstad University. With over 60 publications, including books and research articles, he is a strong advocate for sustainable practices and a mentor for the new generation of engineers.
 

Descriere

This book combines Construction 6.0 with AEC principles for designing sustainable, health-focused Martian habitats. It unveils innovative architectural designs ideal for Mars, utilizing 3D printing, autonomous robotics, and regolith, alongside renewable energy and life support systems.