Use of RCDs in the Making of Interlocked Pavements with Waste Collected at the Federal Institute of Amazonas – CMC

Main Article Content

Willians dos Santos Teixeira
Giselle Cunha do Nascimento
Lívia da Silva Oliveira
David Barbosa de Alencar

Abstract

The area of ​​construction is responsible for a large portion of non-renewable natural resources that generate environmental impacts, since the extraction of materials and extend in large scale as waste from renovations, works and demolitions, causing construction and demolition waste, known as RCDs. The aim of this study is to analyze the feasibility of reusing recycled waste from mortars, concrete and ceramic bricks in civil construction, as aggregates in the manufacture of interlocking blocks, in order to simulate the reality of the conventional block produced in the civil construction sector. For the tests, 6 concrete load specimens were molded with coarse aggregate and fine aggregate percentages, respectively: 50% and 25%, following the parameters of NBR 5738. It was possible to conclude that the interlocking pavement made with RCDs is useful. to improve the permeability of land, sidewalks and streets, enabling ordinary people within their homes to produce and apply them.

Downloads

Download data is not yet available.

Metrics

Metrics Loading ...

Article Details

How to Cite
dos Santos Teixeira, W., Cunha do Nascimento, G., da Silva Oliveira, L., & Barbosa de Alencar, D. (2019). Use of RCDs in the Making of Interlocked Pavements with Waste Collected at the Federal Institute of Amazonas – CMC. International Journal for Innovation Education and Research, 7(10), 90-96. https://doi.org/10.31686/ijier.Vol7.Iss10.1749
Section
Articles

References

[1] CONOMA (National Environment Council). RESOLUTION No. 307, JULY 5, 2002. Criteria and procedures for the management of construction waste. DOU No. 136, 07/17/2002.

[2] Brazil. Law No. 12,305 of August 2, 2010. Establishes the National Policy on Solid Waste; amends Law No. 9,605 of February 12, 1998; and makes other arrangements. Art. 13 National Policy on Solid Waste. Official Journal of the Union - Section 1, of 03/08/2010.

[3] J.R. Mota. The destination of solid construction waste in Manaus: from the construction site to the final destination. Dissertation (Master) - Federal University of Pará. Belém, 2014.

[4] B.B. Matuti, G.P. Santana Reuse of construction waste and demolition in the manufacture of ceramic brick - a review. Scientia Amazonia, 2019. [access August 15, 2019]; volume 8: 1-13. Available at: http://www.scientia-amazonia.org ISSN: 2238.1910.

[5] Brazilian Standard, ABNTNBR 10.004: solid waste - classification. 2004. Rio de Janeiro- Rj. Second Edition May 31, 2004.

[6] LIMA, J. A.R. Proposed guidelines for the production and standardization of recycled construction waste and its applications in mortar and concrete.1999. 246p. Dissertation (Master) - School of Engineering of São Carlos, University of São Paulo. São Carlos, 1999.

[7] MOTTA, R. S. Laboratory study of recycled solid construction aggregate for low traffic paving. São Paulo, 2005. 161p. Thesis (Master's degree). Polytechnic School, University of São Paulo.

[8] Brazilian Standard. ABNT NBR 248: Aggregate - Determination of particle size composition. 2003. Rio de Janeiro - RJ. First Edition 30/07/2003.

[9] Brazilian Standard. ABNT NBR 5738: Concrete - Procedure for shaping and curing specimens. 2015. Rio de Janeiro- Rj. Second Edition 01.01.2015.

[10] TAVEIRA, A. F. S. Evaluation of the use of recycled concrete aggregate (ACR) as a substitute for fine aggregate in the manufacture of mortar and paving concrete parts. Manaus, 2010. 107p. Thesis (Master's degree). Federal University of Amazonas.

[11] Brazilian Standard. ABNT NBR 9781: Paving concrete parts - specification and test methods. 2013. Rio de Janeiro- Rj. SecondEdition 07.01.2013.

[12] Brazilian Standard. ABNT NBR 5739: Concrete - Compressiontestofcylindricalspecimens. 2018. Rio de Janeiro - RJ. Third Edition 05/30/2018.

[13] J.R.A CARDOSO. Use of Manaus - AM Civil Construction Rubble Aggregate to Obtain Cellular Mortar Block. Dissertation (Master) - Postgraduate Program in Mechanical and Materials Engineering, Federal Technological University of Paraná, Curitiba, 2010.

[14] S.F. BITTENCOURT. Evaluation of the compressive strength of pavers produced with construction and demolition waste aggregates and foundry sand. Dissertation (masters) - State University of Campinas, Faculty of Technology, Limeira-SP, 2012. 108 p.

[15] T.T. Lime; R.M. Castro; M.N. Castro Influence of recycled content on compressive strength and porosity of concrete. International Journal of Sciences. 2018. [access August 15, 2019]; Rio de Janeiro, v. 08, no. 01, p. 129 - 147, January-June 2018. Available at: http://www.e-publicacoes.uerj.br/ojs/index.php/ric.

[16] R.D. Barreto. Production of interlocking pavement with the use of construction waste as a small aggregate. Dissertation - University of Vale do Paraíba Faculty of Engineering, Architecture and Urbanism. Sao Jose dos Campos - SP, 2016.

[17] M.E. CAVALCANTI; P.R AMORIM; S.G. JUNIOR. Interlock paving: use of construction and demolition waste for the manufacture and laying of pavers XV-INIC⁄ X EPG. São Paulo- Jacarei, 2011. p. 03-04.

[18] ZORDAN, S. E. (1997). The use of rubble as aggregate in the manufacture of concrete. Campinas, 140p. Thesis (Master's degree). Faculty of Civil Engineering, State University of Campinas.

DB Error: Unknown column 'Array' in 'where clause'