The porous boundary of alluvial channels allows water to interact with the surrounding
groundwater. With reduction in groundwater level, transfer of water from the main channel to …

The successful stabilization of riverbanks and the construction of sustainable foundations,
extensive knowledge of the scour process and accurate assessment of scour depth around …

The present work experimentally analyses the flow behaviour near the T-shaped spur dike
field with no seepage, 5%, and 10% downward seepage. Experiments were aimed at …

The presence of a small seepage velocity in streams and rivers induces transfer of mass and
momentum near the sediment boundary, causing bank failure and instability of hydraulic …

Spur dikes are structures built along riverbanks that serve two purposes: stabilizing the
banks and minimizing erosion risk by controlling water flow in the river channel. The current …

In order to comprehend potential changes in the hydrodynamics of flow under downward
seepage condition when water is extracted from a threshold alluvial channel, investigations …

Understanding the interaction of the groundwater seepage flow and sediment transport
along permeable boundaries is essential for managing soil beds and bank erosion. A …

The current work uses an experimental method to analyse a multiscale statistical
assessment of scour depth surrounding the spur dikes with downward seepage. The …

In open channel flow, the velocity distribution is required to analyze the flow parameters
such as discharge, energy and momentum correction factors, and scour depth. Though the …

Abstract We present Python Statistical Analysis of Turbulence (P-SAT), a lightweight, Python
framework that can automate the process of parsing, filtering, computation of various …