Architectural Robotics

Feringa, J.

doi:10.4233/657a35f4-01ad-4d62-b498-33b05cc46452

Architectural Robotics

Bridging the Divide between Academic Research and Industry

Doctoral thesis (2022)

Authors

J. Feringa Architectural Engineering

Research Group

Architectural Engineering

DOI: https://doi.org/10.4233/uuid:657a35f4-01ad-4d62-b498-33b05cc46452

Topology optimization BIM Abrasive wire-cutting Analemma Architectural robotics Computational architecture Computational geometry Daylight simulation Diamond wire cutting Elastica Evolutionary fabrication Evolutionary computation Formwork Hotwire Hotblade Levelsets Implicit fabrication Medial-axis Ruled surfaces Stereotomy Surface segmentation Toolpath Turing completeness

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Published Date

2022

Language

English

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Research Group

Architectural Engineering

Abstract

The presented research addresses the question of how to bridge the divide between academic research and industry in the domain of by investigating aspects of computational design , robotic fabrication and their impact on practice via a series of experiments and case studies. Research sub-questions related to the architectural model , geometry and implicit fabrication are investigated in relation to topology optimization, robotic hotwirecutting, and robotic hot-blade cutting...

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