Comparative study of the geometric design of a highway with topographic survey (total station and Google earth digital model), in the province of Angaraes

Authors

DOI:

https://doi.org/10.54943/ricci.v3i1.220

Keywords:

Topography, Topographic survey, Google Earth, MDT, DG roads, Accuracy, Error

Abstract

The present research work called "Comparative study of the geometric design of a road, using topographic survey (total station and google earth digital model), in the province of Angaraes - Huancavelica" studies a section of approximately 1 + 500 km, which corresponds to the Piscopampa - Latapuquio highway. The development process corresponds to the type of descriptive - comparative research, for which the methods of topographic survey with total station and the technique of the Google Earth digital model are used, with the purpose of preparing the comparative study of the geometric design of the Piscopampa highway. - Latapuquio, using the topographic survey with a total station and the Google Earth digital model. It should be noted that georeferencing activities of the study area were carried out with a GPS support point and a geodesic point authorized by the IGN, which is located on the roof of the premises of the Provincial Municipality of Angaraes, for this reason there has been a compilation of UTM data by the traditional method of topographic survey and obtaining UTM data through the Google Earth digital model. therefore: The Google Earth digital model with 95% versatility stands out in reference to speed and optimization of time, however, it does not meet the conditions of throwing earthwork volumes, the positional accuracy of UTM data, while with the topographic survey, the UTM data is obtained accurately and guarantees to obtain the earthworks (cut and fill).

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References

Arnalich y Urruela, (2012). GPS y Google Earth en cooperación. (1º ed.). Water and habitat.

Behar, D (2008). Metodología de la investigación. Editorial shalom 2008. A. Ruberira.

Cinco Contratistas Generales E.I.R.L. (2011) Propuesta técnico económica –estación total electrónica y laser trimble modelo M3 3”. Consultado el 01 de Abril del 2021, de la base de datos TARINGA.https://www.taringa.net/+ciencia_educacion/estacion-total-para-laconstruccion_130h9h

Gobierno de los EstadosUnidos (s.f.) Sistema de Posicionamiento Global. Consultado el 01 de Abril del 2021, de la base de datos GPS.GOV. https://www.gps.gov/spanish.php

Instituto Panamericano de Geografía e Historia (2019). Guía para la evaluación de la exactitud posicional de datos espaciales (pub.557). Francisco Javier Ariza López.

Ministerio de Transportes y Comunicaciones (2018). Manual de Carreteras: Diseño Geométrico DG –2018.

Netcore technologies (s.f.). Manual pasos rápidos estación total. Edificio Topacio Azul.

Oliveras, J. (2014, 03 de Febrero). Cómo obtener el perfil del terreno con Google Earth. Consultado el 19 de Junio del 2019, de la base de datos HidrojING. http://www.hidrojing.com/como-obtener-el-perfil-del-terreno-con-google-earth/

Orosco, J. (2019, 16 de Mayo). Curvas de nivel usando google earth. Consultado el 19 de Junio del 2019, de la base de datos TOOLENGY.https://www.toolengy.com/publicaciones/como-se hace/curvas-nivel-google-earth

Pacheco, M. (s.f.). La topografía como ciencia. Consultado el 16 de Junio del 2019 de la base de datos MONOGRAFIAS. https://www.monografias.com/trabajos108/topografia-como-ciencia/topografiacomo-ciencia.shtml

Paul R. Wolf y Russell C. Brinker (2006). Topografía (9° ed.). México: ALFAOMEGA grupo editor, S,A. de C.V.

Ramírez, A (2005). Metodología de la investigación científica. Pontificia Universidad Javeriana.

Turkowsky, R (2013). Estudio hidrológico ehidrogeológico a nivel de factibilidad del proyecto escopeta. Water Production SAC.

Published

2023-01-06

How to Cite

Surichaqui, F., Manrique, A., Ore, M., & Quichca, W. (2023). Comparative study of the geometric design of a highway with topographic survey (total station and Google earth digital model), in the province of Angaraes. Revista Científica Ciencias Ingenieriles, 3(1), 02–11. https://doi.org/10.54943/ricci.v3i1.220
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