Intelligent Force Printing
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, the studio aims to revolutionize additive manufacturing techniques, particularly within the realm of large-scale concrete 3D printing. Through the utilization of digital design and cutting-edge fabrication methods, including three-dimensional graphic statics, bidirectional evolutionary structural optimization, 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, soon to be published, 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.
1147165968
Intelligent Force Printing
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, the studio aims to revolutionize additive manufacturing techniques, particularly within the realm of large-scale concrete 3D printing. Through the utilization of digital design and cutting-edge fabrication methods, including three-dimensional graphic statics, bidirectional evolutionary structural optimization, 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, soon to be published, 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.
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Intelligent Force Printing

Intelligent Force Printing

Intelligent Force Printing

Intelligent Force Printing

Overview

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, the studio aims to revolutionize additive manufacturing techniques, particularly within the realm of large-scale concrete 3D printing. Through the utilization of digital design and cutting-edge fabrication methods, including three-dimensional graphic statics, bidirectional evolutionary structural optimization, 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, soon to be published, 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.

Product Details

ISBN-13: 9781961856233
Publisher: Oro Editions
Publication date: 09/01/2025
Pages: 200
Product dimensions: 6.69(w) x 9.44(h) x 0.00(d)

About the Author

Philip F. Yuan is a professor and associate dean of the College of Architecture and Urban Planning at Tongji University. He is an Hon. FAIA and the co-founder of DigitalFUTURES Association, as well as president of CDRF Conference and Editor-in-Chief of Architectural Intelligence.

Dr Ding Wen ‘Nic’ Bao is a Senior Lecturer of architecture at the School of Architecture and Urban Design, RMIT University. He is a practicing registered architect and director of BW Architects, Wonderform Studio, FormX Research Lab, and a Partner at Ameba.
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