Analysis of the Effect of Factors on Hydraulic Engineering Software on Time Performance of Sewerage Design

Document Type : Original Article

Authors

University of Mercu Buana

Abstract

Almost all construction projects are almost certain to experience delays that occur at each stage of the project including the planning and design stages. In the implementation of infrastructure projects such as wastewater piping networks, there are still frequent delays in the planning and design stages. This is of course influenced by many factors, including the low use of Advanced Engineering Software. The use of conventional software such as Microsoft Excel is still an option in sewerage analyzing so that it takes more time to design or correct the design. Therefore, this study was conducted to determine the factors in the use of hydraulic engineering software that affect the design time performance of the sewerage. The results of multiple linear analysis show that with the simultaneous use of the factors of ease of analysis, clear visualization, design coverage, scenario management, automated design, integration with GIS, conversion and accuracy have a positive influence on the design time of the sewerage where the most influential factor is scenario management.

Keywords

References

[1]- Yale Center for Environmental Law & Policy, 2020, Environmental Performance Index 2020, https://epi.yale.edu/d
[2]-Kementerian Pekerjaan Umum dan Perumahan Rakyat, Republik Indonesia, 2020, Rencana Strategis Tahun, 2020-2024.
[3]-McManus, T. C., Tishman, D. R., and Turnbaugh, L. R., 1996, Remedies for Delays in Architectural Construction, Cost Engineering, 38(9), 120-135.
[4]-Halim, A. H. A., and Zin, R. M., 2016, Causes of Delay in The Planning and Design Phases for Public Works Departement Construction Project, Malaysian Journal of Civil Engineering, 28(3), 481–502.
[5]-Yang, Y. B., and Wei, P. R., 2010, Causes of Delay in the Planning and Design Phases for Construction Projects, Journal of Architectural Engineering, 3, 45-55.
[6]-Hafiz Usama Imad, Akhund, M. A., Ali, T. H., Khoso, A. R., and Siddiqui, F. H., 2018, Time Overrun in Pre-Construction Planning Phase of Construction Projects. International Journal of Civil and Environmental Engineering, 12, 131-142.
[7]-Emiru, L. M., 2019, Determinant Factors Affecting Schedule and Cost Overruns on Water/Sewerage Construction Projects: The Case of AAWSA. Addis Abab University.
[8]-Minaya, J. P. C. V., 2018, Evaluación Del Sistema De Alcantarillado Pluvial Con La Aplicación Del Software SewerCAD En La Prolongación Libertadores, Huaraz, 2018. Universidad Cesar Valllejo.
[9]-Amiri, A. Wahid, Tsutsumi, J. G., Nakamatsu, R., and Asaduzzman, M., 2016, Gravity Sewer Collection Design, Using GIS & SewerCAD, Modern Environmental Science and Engineering, 2, 403–410.
[10]-Ojha, B., 2018, Economical Design of Sewer Line in Flat Terrain: A Case Study of Rajapur Sewerage System, SCITECH Nepal.
[11]-Katti, M., and B. M. K., 2015, Design of Sanitary Sewer Network Using SewerGEMS V8i Software, International Journal of Science Technology & Engineering, 2(1), 23-35.
[12]-Bentley. (n.d.). Product Data Sheet OpenFlows “SewerCAD.”
[13]-Kothai, A., Priya, R. M., and Rajkumar, A., 2018, Design of Underground Sewerage System for Kalapatti, East Zone Coimbatore, International Journal of Engineering Research, 7(7), 127–132.
[14]-Tonde, M., Gavale, L., Jotawar, P., and Admane, S., 2020, Design of Drainage line of Bhilarewadi village in Pune Area by Using Bentley’s SewerGems, International Research Journal of Engineering and Technology, 07(4), 35-48.
Advance Researches in Civil Engineering
Volume 3, Issue 4
December 2021
Pages 56-65

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