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Exploring soil water retention hysteresis in the entire suction range and microstructure evolution of loess: The influence of sediment depths

Ling Xu, Mengyuan Ma, Tian-Gang Lan, Yixiang Wang, Shi-Feng Lu

2023Engineering Geology14 citationsDOI

Topics & Concepts

LoessWettingWater retentionSuctionMicrostructureWater contentSoil scienceVoid ratioSedimentHysteresisMaterials scienceWater retention curveGeotechnical engineeringMercury intrusion porosimetryGeologySoil waterPorosityComposite materialPorous mediumGeomorphologyEngineeringMechanical engineeringQuantum mechanicsPhysicsSoil and Unsaturated FlowLandslides and related hazardsDam Engineering and Safety
Exploring soil water retention hysteresis in the entire suction range and microstructure evolution of loess: The influence of sediment depths | Litcius