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ISSN 2063-5346
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ASPHALT PAVEMENT MANAGEMENT AND ADMINISTRATIVE CONTROL: CASE STUDY IN LIMA, PERÚ

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Mercedes Evangelina López Almeida, Reynaldo Campos Saravia, Jessica Noelia Huapaya Cuzcano, Paola Corina Julca Garcia, Danny Retamozo Riojas, Martha Teresa Ecos Ramos, Rosa Huaraca Aparco
» doi: 10.31838/ecb/2023.12.s3.037

Abstract

The activities underlying the construction, operation and maintenance of road infrastructures are notorious for the large amount of natural materials and energy resources they consume, as well as for the significant environmental impacts they generate. The objective of the research was to analyze the relationship between asphalt pavement management and administrative control for the sustainability of asphalt pavements in the province of Lima, Peru. A quantitative research was carried out through the historical-logical method, theoretical triangulation and modeling were used with a sample of 160 workers from the company Cala Pavimentos y Construcciones EIRL., of San Juan de Miraflores. The technique applied was the survey that included socioeconomic characteristics, pavement management, administrative control, existing practices of the company and the improvements applied. The results show that there is a direct relationship between administrative control for sustainability and timely maintenance of asphalt pavements with a ratio of Spearman's Rho = 0.474 positive with a moderate correlation level, likewise a significance level of p = 0.000 < 0.01 was obtained, which allows demonstrating that the relationship is significant. It was demonstrated that there is a direct relationship between asphalt pavement management and administrative control for the detection of failures of the company cala pavements and constructions with a high level of correlation in the sustainable management of asphalt pavements. A shift towards a more environmentally and economically responsible behavior in the field of construction and management of road pavements generates the need to develop and implement comprehensive management for sustainable pavement engineering.

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