ETH zurich explores digital design + robotic 3D printing in concrete 'eggshell pavilion'
Changing the shape of floors could cut concrete usage by 75 percent
Fatty Shell: Flexible Formwork - Fabrications Robotics Network
ARCS: Automated Robotic Concrete Spraying for the Fabrication of Variable Thickness Doubly Curved Shells | SpringerLink
Concrete Construction is Becoming Smarter, More Sustainable and Beautiful | Azure Magazine
Design, Construction and Testing of a Low Carbon Thin-Shell Concrete Flooring System - ScienceDirect
Automated Shell Coating :: Vulcan Engineering Co.
Robotics in the Energy Industry | Shell Global
zaha hadid architects designs 'KnitCandela', an ultra-thin concrete shell
3-D printing offers new approach to making buildings | MIT News | Massachusetts Institute of Technology
Design process enabled by the robot. (Top left) Cutting. (Top right)... | Download Scientific Diagram
NEST HiLo - supermanoeuvre
Affective Thickness - 曾令理 作品 Ling-Li Tseng
Digital fabrication of ribbed concrete shells using automated robotic concrete spraying - ScienceDirect
Difficulties are a thing of the past: Innovative lightweight concrete for futuristic roof constructions
Funicular Shell Design | Parametric House
Top 5 Robot Manufactured Projects in Architecture and Design
Eddyfi Technologies Supplies Shell with Robotic Solution for Safer Autogas Tank Inspection
ICD Sewn Timber Shell 2017 | achimmenges.net
Funicular Shell Design | Parametric House
ParametricArchitecture on Twitter: "AR-MA's Trifolium, Sydney Garden Pavilion is a self-supporting shell structure built from thousands of components in #Sydney #Australia | 2014. #robotic #robots #roboticarm #architect #architectureporn #architecture ...
ROB|ARCH 2018 | Full Workshop 6
ACORN project cuts embodied carbon in buildings by 60% with thin concrete vaults | RIBAJ
Construction prototype for ultra-thin concrete roof | ETH Zurich
