Abstract
In recent decades, a growing appreciation of the use of renewable source materials in design and architecture arose, challenging the competence of designers in selecting inputs for the creation of artifacts and building systems with an emphasis on social and environmental sustainability. Bamboo, both as a plant and as a material, is an excellent element for nature-based technical solutions, stimulating and orienting learning toward more sustainable development. Aiming to meet local demands, this chapter’s objective is to present alternative construction techniques involving the culture and productive chain of bamboo in projects for building contemporary systems and components. Its methodology is organized according to the following procedures: (a) establishment of a theoretical framework on the use of bamboo culms in civil construction and architecture, with emphasis on the handling process, prefabrication, production, and assembly of components and constructive systems; (b) survey of documentation and graphic pieces of projects and products; (c) data survey through technical visits to construction sites; (d) data analysis and systematization of project typologies and the different steps in the production chain of constructive systems, taking into account the present context in the interior of São Paulo, Brazil. Results point to the improvement in the quality of constructive components in production processes made with bamboo culms and the optimization and qualification of the productive chain of this material on a local scale.
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Notes
- 1.
The Brazilian Association of Technical Standards has recently approved the NBR 16828-2 of January 2021.
- 2.
Project funded by the São Paulo State Research Support Foundation, FAPESP, in 2017.
- 3.
“Participatory Design for Sustainability: development of modular panels for closings, using bamboo associated with soil and waste” is the title of the master's research authored by Gabriel Fernandes dos Santos, under the guidance of Prof. Dr. Pereira, developed in the Graduate Program in Design at the Faculty of Architecture, Arts, Communication and Design (FAAC) of UNESP, Bauru-SP campus, Brazil.
- 4.
FAPESP research n° 2015/00782-4, carried out from August 2015 to July 2017.
- 5.
A course was held with the support of CAU-SP’s Call for Proposals #003/2021, administrative process #037/2021. It incorporated as much content as possible related to the various uses of bamboo, from its cultivation to the many possibilities it offers for the generation of income. It covered a wide range of aspects on the uses and characteristics of this plant, focusing on the development of a group of professionals capable of working with bamboo productive chains. The context of the camp established there takes into account a peripheral reality, and is inserted in an area with rural characteristics, in the municipality of São Paulo.
- 6.
In September 2022 INPI (National Institute of Industrial Property) granted the letter of invention patent under No. BR 102016021258-8, for the modular panels to Gabriel F. Santos and Marco A. R. Pereira, granting them, throughout the Brazilian territory, the ownership of the invention and guaranteeing them the rights resulting from it, as provided for in the legislation in force.
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Barata, T.Q.F., Sasaoka, S., dos Santos, G.F., Ferrari, A. (2023). Projective Experiments and Local Productive Chains of Constructive Systems with Bamboo Culms. In: Palombini, F.L., Nogueira, F.M. (eds) Bamboo and Sustainable Construction. Environmental Footprints and Eco-design of Products and Processes. Springer, Singapore. https://doi.org/10.1007/978-981-99-0232-3_4
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