Titlebook: Coding Architecture; Designing Toolkits, Pierpaolo Ruttico Book 2024 The Editor(s) (if applicable) and The Author(s), under exclusive lice

无能性

Criminalizing Terrorism, 1979–1989the need for novel integrated design processes has become crucial. While the widespread introduction of computational design, building information modeling, and robotic fabrication has brought significant advances in the AEC industry, traditional linear models limited the potential of these tools. O

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艺术

异端

Xiaofeng Song,Zhiyuan Li,Liju Chen,Jiong Lius three of the most recent projects that have been designed and delivered using computational design processes and digital workflow. The computational design approach of the Studio Chris Fox team allows rapid testing to push the aesthetic boundaries of every artwork. At the same time, this workflow

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影响带来

Guojun Wang,Indrakshi Ray,Sabu M. Thampind BIM with design for manufacturing and assembly systems creates a new digital chain in the AEC sector. The main focus is on describing “how digital becomes physical,” which refers to the transformation of a digital model into real objects. To support the thesis, the chapter showcases several digit

迁移

Security, Privacy and Data Analytics Wire Arc Additive Manufacturing (WAAM) in Architecture, Engineering, and Construction (AEC). The case studies demonstrate the versatility of WAAM applications, including function integration, mass customization, onsite fabrication, and post-processing. The studies cover: (i) Hybrid reinforcement of

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言行自由

Lan Zhou,Vijay Varadharajan,Michael Hitchenss digital evolution appear to be vast but still sub optimally used by different stakeholders within the realization of architecture. This opens the opportunity to connect the data these specialists create in one single, digital seamless flow of data describing the complete lifecycle of a real estate

ABIDE

https://doi.org/10.1007/978-3-642-38586-5tered around the capability to combine planar n-gonal panels with twisted-edge frames, effectively addressing the discretization of intricate surfaces. This solution is made possible through a 3D printing process that shapes the frames according to the required geometries, utilizing recycled plastic