Dr. Erly Bahsan, S.T., M.Kom.
Publikasi: 22 Scopus31 Scholar
Research output activity per year
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22
Article
80
Citation
77
Cited Documents
4
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1 - 10 dari 22 hasil
Rainfall duration effect on slope stability of unsaturated silty sand soil
Penulis: BE Prabowo, F Rachmayani, GA Adiguna, AH Hamdany, E Bahsan
2025
Quantification of uncertainty in direct shear test
Penulis:Â Bahsan, Erly;Â Yoseph, Kevin;Â Sjah, Jessica
2024
Numerical Simulation of Various Reynold's Number Fluid Flow Around a Cylinder Using DualSPHysics
Penulis:Â Heydemans, Exa;Â Sjah, Jessica;Â Marthanty, D.R.;Â Bahsan, Erly
2024
Study of the Interaction between Fluid Flow and Solid Particle with Smoothed Particle Hydrodynamics Method
Penulis:Â Suntarto, Rut Puspaningtyas;Â Sjah, Jessica;Â Rika, R.R Dwinanti;Â Bahsan, Erly
2023
Stabilization of Weathered Clay Shale Using Propylene Glycol and Potassium Chloride as An Embankment Material Alternative
Penulis:Â Lesmana, Rully;Â Rahayu, Wiwik;Â Bahsan, Erly;Â Soepandji, Budi Susilo
2022
Analysis of liquefaction potential in Lolu Village, Palu using SPT method and laboratory test of grain size distribution
Penulis:Â Rahayu, W.;Â Nurizkatilah;Â Bahsan, E.
2021
Development of the smoothed particle hydrodynamics (SPH) method for modeling movement of fluid layer interaction between impermeable soil layers with boundary conditions sloping surface
Penulis:Â Wicaksana, Y.;Â Bahsan, E.;Â Rika, R.R.D.
2021
Development of smoothed particle hydrodynamics (SPH) method to model the interaction of sand and water during liquefaction with bingham fluid model adaptation
Penulis:Â Mahardima, H.;Â Bahsan, E.;Â Marthanty, R.R.D.R.
2021
The development of smoothed particle hydrodynamics (SPH) method for modeling the interaction movement of fluid layers in between two soil layers in flat surface condition
Penulis:Â Saffanah, H.;Â Bahsan, E.;Â Marthanty, R.R.D.R.
2021
Analysis of potential liquefaction using cone penetration test data and grain size distribution test with case study of liquefaction in Lolu Village
Penulis:Â Rahayu, W.;Â Yuliyanti, I.;Â Bahsan, E.
2021
