Liquefaction occurs in loose saturated sand layers, inducing quite considerable damage to
the existing buildings and civil infrastructures. In the last few decades, scientific committees …

This research aims to experimentally investigate the potential use of a geopolymer made
from various stabilizers or byproducts (fly ash (FA-F, FA-C), slag (SL), glass powder (GP) …

This study examined the potential of recycling deep soil mixing residue (DSMR), a cement-
soil waste, as a partial Portland cement substitute. The chemical and mineral compositions …

In this study, the installation parameters of the deep mixing (DM) column were optimized to
manufacture a homogeneously mixed column and to reduce variability in the strength of the …

The structures on the coral islands are at risk of earthquakes. To study the particular seismic
response of coral sand, the numerical model of the coral sand-pile-superstructure system …

A series of shaking table model tests were performed to examine the effects of deep cement
mixing (DCM) columns with different reinforcement depths on the seismic behavior of a pile …

In this work, an alternative alkali-activated cement (AAC) made of ladle slag precursor mixed
with sodium hydroxide and sodium silicate has been developed to enhance the bearing …

The present study presents the results of a series of 1 g shaking table tests modeling a 4
story building foundation overlying liquefiable soil reinforced by two different types of …

The present work investigates the load carrying capacity of vertically and horizontally
reinforced floating stone column group through model testing. Two group arrangements …

Floating deep mixed column is an effective ground improvement method to treat soft soils.
However, the traditional settlement estimation formula under the assumption of equal strain …