On site deployment of 3D printing for the building construction – The case of YhnovaTM

Author:

Poullain Philippe,Paquet Elodie,Garnier Sébastien,Furet Benoît

Abstract

The University of Nantes has developed a 3D printing technique (BatiPrint3DTM) dedicated to the construction of the walls of a house. This innovative on site construction technique is based on the deposition of two layers of expansive foam used as a formwork for a third concrete layer. It allows to build at the same time the structure and the insulation. This new construction technology has first been developed at the laboratory, but rapidly, we decided to deploy it on site, in order to demonstrate its technical viability. We present the technology Batiprint3DTM and the demonstrator YhnovaTM, a 95m2 social dwelling built for the social landlord Nantes Métropole Habitat (NMH).

Publisher

EDP Sciences

Subject

General Medicine

Reference29 articles.

1. Inter-organizational information systems adoption for service innovation in building sector

2. Reinventing Construction : a Route to Higher Productivity (McKinsey&Company, 2017)

3. ASTM F2792-12a (2013)

4. Additive manufacturing: Toward holistic design

5. Friedman T., When complexity is free (The New York Times, 2013)

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