Accurate quantification of calcium carbonate (CaCO3) in soil is critical for geoenvironmental engineering, influencing soil stabilization, carbon sequestration, and climate-resilient design. This study compares four commonly used analytical methods—Loss on Ignition (LoI), Total Inorganic Carbon (TIC), X-Ray Diffraction (...
View ArticleRock is a commonly utilized material in the construction of rockfill dams, protective ripraps for dam slopes, and stabilization of natural slopes. These materials demonstrate favorable performance under both static and dynamic loading conditions and are frequently more cost-effective compared to alternative stability solutions and construction methods f...
View ArticleThis research aims to study the engineering properties of silty soil reinforced with plastic waste fiber (PWF) extruded from water plastic bottles. Other reinforced soil samples have been treated with cement, except for control samples (untreated soil samples). Curing time, length and percentage of fiber are the variables studied in this research. Lab t...
View ArticleClimate change is driving non-stationary rainfall patterns, intensifying both the frequency and magnitude of extreme precipitation events, which pose significant risks to earthen embankments. Traditional Intensity-Duration-Frequency (IDF) curves, based on stationary climate assumptions, often underestimate future hydrological loads. This study investiga...
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