Microbially induced carbonate precipitation (MICP) is a new technology having the potential
to induce soil stabilization and provide a green and sustainable comprehensive solution to …

Abstract Natural Fibers Reinforced Composites (NFRC) are finding much interest as
substitutes for glass-or carbon-reinforced composites thanks to their lightness, easy …

Sands are mixed with cement to create cement-treated sands (CTSs) for embankment and
road materials in civil engineering works. However, CTS exhibits undesirable brittle …

The enzyme-induced calcite precipitation (EICP) has recently gained popularity as a ground
improvement technique. Bio-cementation via EICP increases the strength, stiffness, and soil …

This research studies the unconfined compressive characteristics of cement-treated sand
reinforced with palm fiber. Type 1 Ordinary Portland cements with 3, 5, and 7% dry sand …

The production and microstructure of calcium carbonate are the fundamental indicators to
evaluate the effectiveness of Enzyme-induced Carbonate Precipitation (EICP). Soybean …

Traditional soil stabilizers, such as cement and lime, typically entail substantial energy
consumption and environmental pollution. In contrast, bio-enzyme has emerged as a …

This study aims to perform experiments to determine both initial shear modulus and
unconfined compressive strength of Bangkok soft clay improved by the ordinary Portland …

Sugarcane bagasse was variously treated by three different processing protocols to improve
the pozzolanic activity of the resulting sugarcane bagasse ash (SCBA). Three parameters …

A large amount of silt is deposited in the riverbed of the middle and lower reaches of the
Yellow River, in China. The silt content in the Yellow River silt is relatively high and the clay …