Bibliographic citations
Max, E., Ramos, L. (2023). Influencia del PET reciclado en las propiedades físico-mecánicas de adoquines elaborados con agregados de la cantera Río Bado de Huamachuco [Tesis, Universidad Privada Antenor Orrego]. https://hdl.handle.net/20.500.12759/11732
Max, E., Ramos, L. Influencia del PET reciclado en las propiedades físico-mecánicas de adoquines elaborados con agregados de la cantera Río Bado de Huamachuco [Tesis]. PE: Universidad Privada Antenor Orrego; 2023. https://hdl.handle.net/20.500.12759/11732
@misc{renati/381409,
title = "Influencia del PET reciclado en las propiedades físico-mecánicas de adoquines elaborados con agregados de la cantera Río Bado de Huamachuco",
author = "Ramos Marquina, Luis Jeffrey",
publisher = "Universidad Privada Antenor Orrego",
year = "2023"
}
This thesis deals with the influence of recycled PET on the physical mechanical properties of paving stones. Taking as objective to determine the influence on the physical-mechanical properties of pavers made with recycled PET at 4% and 8%. Proposing this plastic as an aggregate. The methodology of the research is applied and experimental, through which the physical-mechanical properties were evaluated, under the regulations of the Peruvian technical standard NTP 399.611, the Materials Testing Manual RD N° 18 – 2016 – MTC / 14 and the ACI 211 Standard. Referencing the standards of the Material Testing Manual, the characterization of the aggregates was carried out, where the values of 0.31% of natural humidity in the stone and 0.96% in sand were obtained; giving as 3/4““ the TNM and 2.40 the fineness modulus. The loose and compacted unit weight for the stone was also made, being 1364 kg / m3 and 1665 kg / m3, while the sand 1522 kg / m3 and 1797 kg / m3 respectively; ending by the specific weight and percentage of absorption of the stone, being 2.46 and 1.04%, while the sand 2.82 and 2.21%. Having performed the characterization of aggregates, the mixture design was carried out according to ACI 211 where a / c = 0.45 was obtained. We selected prismatic specimens of 20cmx10cmx6cm for the performance of all tests, compressive strength, according to NTP 399,064; flexural strength, according to NTG 41087 and Absorption percentage test, according to ASTM C 140. Considering that all pavers exceed f'c = 320 kg / cm2, complying with the provisions of NTP 399.611. Finally, we evaluated the results through comparative tables and graphs of the compression, bending and absorption values of all specimens (pattern, pattern + 4% and pattern + 8% recycled PET) tested at 7, 14 and 28 days. Taking as reference the standard paving stone for flexural strength tests
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