Engineered water repellency for resilient and sustainable pavement systems
Moisture-related pavement distresses lead to significant damage and recurring maintenance
costs with substantial CO2 emissions. Engineering water repellency in pavement soils can …
costs with substantial CO2 emissions. Engineering water repellency in pavement soils can …
Compaction and Strength Characteristics of Engineered Water Repellent Frost Susceptible Soils
In this work, the mechanical properties of three frost susceptible soils are investigated after
treatment with organosilanes (OS). Compaction and strength characteristics tests are carried …
treatment with organosilanes (OS). Compaction and strength characteristics tests are carried …
Optimization of water repellency in soils for geotechnical applications
Applying organo-silanes (OS) as water-repellent additives can enhance soil properties,
crucial for use as moisture barriers in infrastructures like roads, landfills, and tunnels. This …
crucial for use as moisture barriers in infrastructures like roads, landfills, and tunnels. This …
Compaction Characteristics of Organo-silane Treated Soils
Y Saulick, ML Malisher… - Geotechnical …, 2024 - asmedigitalcollection.asme.org
The extent to which hydrophobic soils can be used in geotechnical engineering practice
depends upon a commensurately increased understanding of how fundamental …
depends upon a commensurately increased understanding of how fundamental …
Influence of Density on Engineered Water Repellent Soil
Engineered water repellency (EWR) is a soil improvement method that involves intentionally
modifying natural soil to become hydrophobic. Potential applications of EWR include landfill …
modifying natural soil to become hydrophobic. Potential applications of EWR include landfill …
Reducing Soil Strength Degradation through Engineering Water Repellency
The recurring challenge of soil stiffness and strength reduction, arising from fluctuations in
soil moisture, finds a promising solution in engineered water repellency (EWR). Engineered …
soil moisture, finds a promising solution in engineered water repellency (EWR). Engineered …
Engineered Water Repellency for Mitigating Swell Behavior in Expansive Foundation Soils
Expansive soils, characterized by large deformations due to clay mineral swelling, pose
persistent challenges for geotechnical and foundation engineers. These movements can …
persistent challenges for geotechnical and foundation engineers. These movements can …
[PDF][PDF] Development, Construction, and Instrumentation of Pilot Freeze–Thaw Resistant Granular Roadways Test Cells
Granular roads are among the most prone transportation infrastructure to the effects of
freeze–thaw cycles causing severe damages such as frost heave, thaw weakening, frost …
freeze–thaw cycles causing severe damages such as frost heave, thaw weakening, frost …