Literature Review: Potential of Liquefaction Hazards on Saturated Loose Sand with Shaking Table Large Scale Test

EasyChair Preprint 3961

Abstract

Liquefaction is the melting process of the soil due to excess pore water pressure in the soil cavity during an earthquake. There are many test methods to determine the potential hazards of liquefaction, one of them is the large scale shaking table test. The purpose of this literature study is to look at the potential hazards of liquefaction by conducting an experimental study modeling the liquefaction of saturated loose sand in a large scale shaking table test. From the existing literature study it was found that the large scale shaking table test had several advantages in seeing the potential hazards of liquefaction. With the addition of instrumentation such as an electric piezometer and an accelerometer mounted on the shaking table, it can help in quantifying the mechanism of liquefaction quantitatively as seen from the ratio of the increase in excess pore pressure and the maximum ground acceleration.

Keyphrases: Liquefaction, excess pore water pressure, saturated loose sand, shaking table

@booklet{EasyChair:3961,
  author    = {Siti Prizkanisa and Widjojo Adi Prakoso and Dandung Sri Harninto},
  title     = {Literature Review: Potential of Liquefaction Hazards on Saturated Loose Sand with Shaking Table Large Scale Test},
  howpublished = {EasyChair Preprint 3961},
  year      = {EasyChair, 2020}}