Radicant: Biopolymer wall panelling system

Mette Ramsgaard Thomsen; Paul Nicholas; Martin Tamke; Ayoub Lharchi; Hasti Valipour Goudarzi; Carl Eppinger; Konrad Sonne; Tim Marvin  Bruder

Radicant: Biopolymer wall panelling system

Mette Ramsgaard Thomsen, Paul Nicholas, Martin Tamke (Producer), Ayoub Lharchi (Producer), Hasti Valipour Goudarzi, Carl Eppinger, Konrad Sonne, Tim Marvin Bruder (Producer)

Publications: Non-textual form › Exhibition › Research › peer-review

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Abstract

Radicant examines the fabrication of a biopolymer wall panelling system. It is part of a broader examination of waste-stream based biopolymers for architecture, and how we might extend the circular design framework for biopolymer composites in architectural applications. In Radicant, we work with bone glue, a waste material from the meat industry. The bone glue acts as a binder into which we mix cellulose fibres from other waste streams; bark, paper, recycled linen (cotton) and seagrass. It is robotically 3D printed in a leaf-life filigree pattern.

Design Radicant asks what the design, fabrication and creation of a bio-based architecture can be. It is made as a bespoke panelling system 3D printed from different compositions of biopolymer. The tiles are materially graded composing different waste stream materials creating a six metre tall branched interweave.

Original language	English
Publication date	10 Dec 2022
Place of Publication	Berlin
Media of output	Prototype
Size	5x8m
Publication status	Published - 10 Dec 2022

Artistic research

Yes, and have been peer reviewed following the Royal Danish Academy’s guidelines for Artistic Research

Cite this

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title = "Radicant: Biopolymer wall panelling system",

abstract = "Radicant examines the fabrication of a biopolymer wall panelling system. It is part of a broader examination of waste-stream based biopolymers for architecture, and how we might extend the circular design framework for biopolymer composites in architectural applications. In Radicant, we work with bone glue, a waste material from the meat industry. The bone glue acts as a binder into which we mix cellulose fibres from other waste streams; bark, paper, recycled linen (cotton) and seagrass. It is robotically 3D printed in a leaf-life filigree pattern.Design Radicant asks what the design, fabrication and creation of a bio-based architecture can be. It is made as a bespoke panelling system 3D printed from different compositions of biopolymer. The tiles are materially graded composing different waste stream materials creating a six metre tall branched interweave.",

author = "{Ramsgaard Thomsen}, Mette and Paul Nicholas and Martin Tamke and Ayoub Lharchi and {Valipour Goudarzi}, Hasti and Carl Eppinger and Konrad Sonne and Bruder, {Tim Marvin}",

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T2 - Biopolymer wall panelling system

AU - Ramsgaard Thomsen, Mette

AU - Nicholas, Paul

AU - Valipour Goudarzi, Hasti

AU - Eppinger, Carl

AU - Sonne, Konrad

A2 - Tamke, Martin

A2 - Lharchi, Ayoub

A2 - Bruder, Tim Marvin

PY - 2022/12/10

Y1 - 2022/12/10

N2 - Radicant examines the fabrication of a biopolymer wall panelling system. It is part of a broader examination of waste-stream based biopolymers for architecture, and how we might extend the circular design framework for biopolymer composites in architectural applications. In Radicant, we work with bone glue, a waste material from the meat industry. The bone glue acts as a binder into which we mix cellulose fibres from other waste streams; bark, paper, recycled linen (cotton) and seagrass. It is robotically 3D printed in a leaf-life filigree pattern.Design Radicant asks what the design, fabrication and creation of a bio-based architecture can be. It is made as a bespoke panelling system 3D printed from different compositions of biopolymer. The tiles are materially graded composing different waste stream materials creating a six metre tall branched interweave.

AB - Radicant examines the fabrication of a biopolymer wall panelling system. It is part of a broader examination of waste-stream based biopolymers for architecture, and how we might extend the circular design framework for biopolymer composites in architectural applications. In Radicant, we work with bone glue, a waste material from the meat industry. The bone glue acts as a binder into which we mix cellulose fibres from other waste streams; bark, paper, recycled linen (cotton) and seagrass. It is robotically 3D printed in a leaf-life filigree pattern.Design Radicant asks what the design, fabrication and creation of a bio-based architecture can be. It is made as a bespoke panelling system 3D printed from different compositions of biopolymer. The tiles are materially graded composing different waste stream materials creating a six metre tall branched interweave.

UR - https://www.aedes-arc.de/cms/aedes/de/programm?id=20869192

M3 - Exhibition

PB - ANCB The Aedas Metropolitan Lab

CY - Berlin

ER -

Radicant: Biopolymer wall panelling system

Abstract

Artistic research

Other files and links

A Design Modeling Framework for Multi-Material Biopolymer 3D Printing

Biopolymer Composites in Circular Design: Malleable materials for an instable architecture

Sensing and Augmenting for Adaptive Assembly Strategies

Cite this

Radicant: Biopolymer wall panelling system

Abstract

Artistic research

Other files and links

Research output

A Design Modeling Framework for Multi-Material Biopolymer 3D Printing

Biopolymer Composites in Circular Design: Malleable materials for an instable architecture

Sensing and Augmenting for Adaptive Assembly Strategies

Cite this