This research shows the latest design experiences in the use of free-form panels made of natural stone, reinforced through the use of carbon fiber sheets on the back. The combination of these two materials allows reducing the thickness of the stone components up to few millimetres and the achievement of a great static performance, thanks the use of advanced algorithmic design technologies and robotic CNC machines.

Barberio, M., Bhooshan, S., Fallacara, G., Generelli, M., Tibuzzi, E. (2018). Lapella Chair: Stereotomy 2.0’s experiments on fibre-reinforced stone. MD JOURNAL, 6, 118-129.

Lapella Chair: Stereotomy 2.0’s experiments on fibre-reinforced stone

Maurizio Barberio
Writing – Original Draft Preparation
;
2018-01-01

Abstract

This research shows the latest design experiences in the use of free-form panels made of natural stone, reinforced through the use of carbon fiber sheets on the back. The combination of these two materials allows reducing the thickness of the stone components up to few millimetres and the achievement of a great static performance, thanks the use of advanced algorithmic design technologies and robotic CNC machines.
2018
Barberio, M., Bhooshan, S., Fallacara, G., Generelli, M., Tibuzzi, E. (2018). Lapella Chair: Stereotomy 2.0’s experiments on fibre-reinforced stone. MD JOURNAL, 6, 118-129.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11590/367491
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