This paper presents an evaluation of the performance of two instrumented sections of a
geosynthetic-reinforced soil wall, 5.6 m high, constructed using a lateritic fine-grained soil …

Regression models were developed to estimate the optimum moisture content and
maximum dry density of clayey and fine-grained soils using physical and index properties …

This study introduces a practical energy conversion (EC)-type modeling framework capable
of converting the optimum compaction properties of fine-grained soils between any two …

In current geoenvironmental practice, design engineers usually require that soil liners in
waste landfills be compacted within a specified range of water content and dry unit weight …

Laboratory tests were conducted on black cotton soil treated with up to 16% Cement Kiln
Dust (CKD) by dry weight of soil to assess its suitability for use in waste containment …

Contamination of underground water as a result of excessive crack on clay liner material is a
prevalent phenomenon in an engineered landfill. Volumetric shrinkage strain (VSS) is one of …

Specimens prepared from three lateritic soil samples were subjected to drying under
laboratory conditions. Volumetric shrinkage strains were measured at the end of the drying …

This study focuses on the saturated anisotropic hydraulic conductivity of a compacted
lateritic clayey sandy soil. The effects of the molding water content and the confining stress …

The primary fuel of thermal power plants ie coal generates significantly huge quantities of
solid byproduct as fly ash, bottom ash and pond ash (called fly ash in this study). Fly ash …

Laboratory test was conducted on black cotton soil treated with up to 16% Cement Kiln Dust
(CKD) by dry weight of soil to assess its suitability for use as road pavement material …