Abstract: The conventional hydrological modeling framework with a traditional streamflow-alone calibration approach is often challenged with the difficulty of accurately simulating the extreme flow conditions. This study explores ...

Abstract: River systems act as conveyor belts carrying sediments in huge quantities from upstream to downstream regions of the basins. Suspended sediment (SS) is a vital element in a river system due to its importance in the planning, ...

Abstract: Nonuniform, initial, excess pore-water pressure distributions in the horizontal direction will have a different impact on the consolidation behavior of the soil layer, when compared with the uniform pore-water pressure ...

Abstract: Placement of dredged spoils in a slurry form and allowing self-weight consolidation is common in land reclamation works carried out adjacent to water bodies. The influence of the settling behavior of soil particles in ...

Abstract: To mitigate earthquake-related damage to buildings, a simple alternative method to conventional base isolation techniques is to provide a geo-base isolation (GBI) system, composed of a scrap tire–sand mixture, between the ...

Abstract: Amidst rapid advancements in artificial intelligence and machine learning-enabled medical devices (AI/ML-MD), this article investigates the regulatory challenges highlighted in the current academic literature. Using a ...

Abstract: Amidst rapid advancements in artificial intelligence and machine learning-enabled medical devices (AI/ML-MD), this article investigates the regulatory challenges highlighted in the current academic literature. Using a ...

Abstract: Rheology deals with flow and deformation of matter under applied force. The study of rheological response of superplasticized portland pozzolana cement pastes subjected to a stepwise loading at three levels of temperature ...