Hydrodynamic features of the confluence zone of large rivers are complicated because of
their three-dimensional flow structure. The confluence between the Rio Negro and the Rio …

River discharge is an important variable to measure in order to predict droughts and flood
occurrences. Once the cross-sectional geometry of the river is known, discharge can be …

The current research aims to predict the velocity distribution and discharge rates in rivers
based on the entropy concept using only one surface velocity measurement. In this direction …

Estimating the flow velocity and discharge in rivers is of particular interest for monitoring,
modeling, and research purposes. Instruments for measuring water level and surface …

Understanding precipitation on a regional basis is an important component of water
resources planning and management. The present study outlines a methodology based on …

The present study proposed a time-space framework using discrete wavelet transform-
based multiscale entropy (DWE) approach to analyze and spatially categorize the …

The present study uses the Kapur entropy to derive the two-dimensional velocity distribution
applicable to the entire flow depth for wide and narrow open channel flows. Using the …

Literature shows the application of the entropy concept in open channels flow. No existing
research has been addressed to the application of the entropy concept for evaluating the …

The hydrologic process and dynamic system of precipitation is influenced by many physical
factors which are excessively complex and variable. Present study used a wavelet transform …

The entropy model has been successfully used to calculate the flow velocity profile of rivers
according to the measured surface-flow velocity. However, it has limitations in the large river …