Key factors influencing analytical solutions for predicting groundwater inflows in rock tunnels
H Peng, W Frenelus, J Zhang - Water Supply, 2022 - iwaponline.com
Predicting groundwater inflow into tunnels is essential to ensure the safe accessibility and
stability of underground excavations and to attenuate any associated risks. Such predictions …
stability of underground excavations and to attenuate any associated risks. Such predictions …
Use of expanded shale, clay, and slate aggregates and biochar in the clear zone of road infrastructures for sustainable treatment of stormwater
Abstract A Clear Zone (CZ), the unobstructed roadside area with highly compacted soil,
naturally accumulates high concentrations of pollutants from traffic activities. These …
naturally accumulates high concentrations of pollutants from traffic activities. These …
Novel formulation of Slichter's model for permeability determination in unconsolidated materials: a critical review through field data
Slichter's model is a theoretical model that can be used for quantifying the permeability of
non-cohesive materials. An inaccurate form of the equation has prevailed, undermining this …
non-cohesive materials. An inaccurate form of the equation has prevailed, undermining this …
Irrigation scheduling of walnut seedlings using HYDRUS-1D and Taguchi optimization approach
Water management of seedling cultivation in nurseries necessitates proper irrigation
scheduling, especially in arid and semiarid regions that cope with water shortage. To this …
scheduling, especially in arid and semiarid regions that cope with water shortage. To this …
Hydraulic conductivity estimation of sandy soils: a novel approach
MA Khaja, SR Shah, R Jha - ISH Journal of Hydraulic Engineering, 2023 - Taylor & Francis
In the most recent literature, predictive models for the hydraulic conductivity (K) estimation of
sandy soils based on particle size distribution (PSD) have received harsh criticism for their …
sandy soils based on particle size distribution (PSD) have received harsh criticism for their …
Modelling stage–discharge relationship of Himalayan river using ANN, SVM and ANFIS
Modelling the stage–discharge relationship is vital for precise discharge estimation, which is
essential in reservoir operation, design of hydraulic structures, flood and drought control …
essential in reservoir operation, design of hydraulic structures, flood and drought control …
[HTML][HTML] Hydraulic and physical property characterizations of materials for the design of sustainable urban drainage systems
I Alhama, JA Jiménez-Valera, MMP Cambra - Urban Climate, 2024 - Elsevier
In the context of extreme weather events, ie, floods, and increased population in urban
areas, traditional drainage systems fall short. The need to develop alternative runoff-control …
areas, traditional drainage systems fall short. The need to develop alternative runoff-control …
The amount of sand required to transform roadside compacted soil into sustainable stormwater treatment solutions
Required compaction of roadside soil, the largest built environment in space-constrained
urban areas, lowers its infiltration capacity and makes it impractical for stormwater treatment …
urban areas, lowers its infiltration capacity and makes it impractical for stormwater treatment …
Assessment of column to particle diameter ratio on the hydraulic conductivity of porous media: wall effect in Darcy Regime
The study of flow through porous media concerning the movement of dissolved
contaminants and groundwater investigations is of immense significance. The present study …
contaminants and groundwater investigations is of immense significance. The present study …
Estimation of hydraulic conductivity of porous media using data-driven techniques
Abstract Knowledge of hydraulic conductivity (K) is inevitable for sub-surface flow and
aquifer studies. Hydrologists and groundwater researchers are employing data-driven …
aquifer studies. Hydrologists and groundwater researchers are employing data-driven …