In situ soil modification is required in order to improve the primary engineering properties of
the material to meet a road construction standard. Bio-stabilised soil is an environmentally …

Conventional techniques of soil stabilization involve using additives such as lime and
cement. However, these methods take up a great deal of energy and cause considerable …

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

La construcción de infraestructura vial genera impactos directos sobre la biodiversidad
como la fragmentación del hábitat; muerte de animales por atropellamiento; deforestación …

Microbial geotechnology is the use of microorganisms and/or their derivatives to alter
engineering properties of soil for improving its stability, strength and stiffness. Ureases …

Historical hydraulic systems represent a significant part of landscapes and global heritage.
However, from the second half of the 20th century onwards, substantial socio-economic as …

The long-term performance of pavement is greatly influenced by the subgrade soil-bearing
capacity. The areas with lower bearing capability experience higher construction costs due …

The undrained shear strength and consolidation characteristics for both remolded and
stabilized soil are required in many geotechnical applications. In this paper a …

Regions with soil having poor bearing capacity suffer from increased construction cost and
waste generation due to the replacement of soil. Bio-enzymes help stabilizes the soil by …

This paper performs the strength properties of bio-enzyme improved high liquid limit soil
(HLLS) treated with 4%(by weight) content of cement or lime cured for 28 days. A series of …