ANALISIS STABILITAS LERENG DENGAN PERKUATAN TIANG MENGGUNAKAN METODE ELEMEN HINGGA (STUDI KASUS JALAN DIPONEGORO KM. 2 PASIR PENGARAIAN)

  • Yarvis Syahwaner Universitas Riau
  • M. Yusa Universitas Riau
  • Syawal Satibi Universitas Riau
Keywords: slope stability, safety factor, finite element method, strength reduction analysis

Abstract


The slope that often occurs on the road Diponegoro Km. 2 Pasir Pengaraian has always been a problem by Dinas Bina Marga
Dan Pengaira Kabupaten Rokan Hulu, but previously improvements were made but were not entirely successful. Then the
slope repair with retaining walls using the bore pile pile foundation was considered quite successful to prevent landslides on
the road section. Based on these conditions the author tries to analyze and evaluate the stability of the slope by strengthening
the bore pile pile, by analyzing the influence of the pile position (Xp/X), pile diameter, pile length (Lz/L) pile and pile spacing
(S/D) on the slope. The object of the research was carried out on the slope of Diponegoro Km. 2 Pasir Pengaraian. The
analysis used is field tension analysis with finite element method analysis of strength reduction. Soil parameters are known
from several tests in the field and laboratories which are used as design variables in the analysis process.This thesis presents
the safety factor of the two-dimensional finite element method with strength reduction analysis using the OPTUMG2 program
to validate the slope stability analysis, slope stability analysis simulation with homogeneous clay soil, medium homogeneous
clay and homogeneous rigid clay with mast strengthening and evaluation of slope stability analysis in the study case. The
results of the numerical analysis based on the influence of the pile position on the slope, pile diameter, pile length, and spacing
between the piles with two pile head conditions is free head and fixed head, the condition of the mast is sufficient to improve
the safety factor of slope stability.

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Published
2019-01-09