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2 produkter
1 837 kr
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Artificial Intelligence Applications for High-Performance Built Environments draws on the authors’ international academic and industry experience to provide readers with a comprehensive overview of the beneficial impact of AI to the building industry, with both theoretical insights and real-world applications. The book demonstrates how many building industry challenges can be successfully addressed using intelligent technologies while also presenting detailed, cutting-edge methods of applying AI to a range of building industry procedures and performance aspects of the built environment. Readers will learn how to use AI solutions to address similar problems they may be confronted with in their projects/investigations.Sections suggests models, algorithms, and tools, providing a practical pathway for readers to apply AI technologies across the entire building process lifecycle to enhance innovation, efficiency, and productivity. The book's emphasis on intelligence technologies appeals equally to academic and industry-based readers who are not only interested in getting in front of the sector’s technology curve but also in discovering innovative, practical solutions.Provides a comprehensive, lifecycle-based resource on the application of intelligent technologies to the entire building process, from early-stage planning and generative design to structural optimization, fabrication, construction management, and long-term operationOffers a coherent, authored narrative that connects state-of-the-art AI technologies with practical, high-impact challenges in the built environmentDescribes cutting-edge technologies, including diffusion models, transformer models, computer vision, and deep learningHighlights the remarkable potential for applications in the building industry
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This book delves into the forefront of architectural innovation by exploring the potential applications of 3D robotic concrete printing as structural prototypes. With a focus on intelligent computational design, RMIT studio aims to revolutionise additive manufacturing techniques, particularly within the realm of large-scale concrete 3D printing. Through the utilisation of digital design and cutting-edge fabrication methods, including three-dimensional graphic statics, bidirectional evolutionary structural optimisation, and FURobot robotic manufacturing, students undergo a transformative journey, refining their design thinking, methodologies, and construction skills.As a tangible outcome, the studio presents an experimental large-scale pavilion, serving as a testament to the practical implications of their research. This volume, published to accompany the Intelligent Force Printing exhibition at Melbourne Design Week 2024, encapsulates the studio's findings, delving into both the aesthetic forms shaped by emerging design philosophies and the potential future applications of 3D articulate printing technology within the construction industry.