Citas bibligráficas
Fernandez, A., Jara, C., Jara, R. (2018). Optimización de indicadores de producción de obras, para mejorar la productividad, con la implementación de herramientas BIM, en proyectos de construcción, en el sector universitario, de Lima, Perú [Trabajo de investigación, Universidad Tecnológica del Perú]. https://hdl.handle.net/20.500.12867/3403
Fernandez, A., Jara, C., Jara, R. Optimización de indicadores de producción de obras, para mejorar la productividad, con la implementación de herramientas BIM, en proyectos de construcción, en el sector universitario, de Lima, Perú [Trabajo de investigación]. PE: Universidad Tecnológica del Perú; 2018. https://hdl.handle.net/20.500.12867/3403
@mastersthesis{renati/804508,
title = "Optimización de indicadores de producción de obras, para mejorar la productividad, con la implementación de herramientas BIM, en proyectos de construcción, en el sector universitario, de Lima, Perú",
author = "Jara Ortiz, Ricardo",
publisher = "Universidad Tecnológica del Perú",
year = "2018"
}
One of the main problems of the construction works is productivity, in this respect several methodologies have been proposed, for which reason we propose the research work in construction works of universities, in order to compare similar works. The present work of investigation on "Optimize of indicators of production of work to improve the Productivity with the implementation of tools BIM, in Projects of construction, in the University Sector, of Lima, Peru", had like main objective the improve the productivity in the construction of universities, for which it is proposed to implement the BIM methodology. To achieve this main objective, the following specific objectives are proposed: decrease the variability of Construction Works of Universities using BIM Modeling, decrease steel waste from University Construction Works using BIM Modeling and reduce concrete waste, using BIM Modeling. The methodology used is obtaining information on RFIs, steel and concrete waste from 3 University Construction Works (secondary data), the observation of RFIs, steel and concrete waste from 2 University Construction Works, applying BIM. According to comparative tables of the ratios and real indicators (RFIs, waste of concrete and steel), which identifies the degree of correlation between productivity and the implementation of BIM. Subsequently, a proposal for improvement is proposed in a work that is currently being executed, making an observation of the values of RFIs, waste of steel and concrete, to evaluate the improvement of Productivity using BIM. The level of BIM used at an intermediate level and steel waste is improved, obtaining a percentage of savings in steel between 8% to 14%. With the use of the BIM it is possible to improve the waste of concrete, considering the goal of having waste between 10% and 16%. With the use of the BIM it is possible to reduce the variability in the construction, by improving the response of the RFIs (queries) when considering getting 90 m2 for each RFI. Therefore, it is concluded that, in Works of universities, applying BIM improves productivity, reducing costs in steel and concrete waste, as well as reducing the variability of the work, by making the project more compatible.
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