Following the work of Chiu based on classical Shannon entropy, several kinds of
generalized entropies have been explored in literature for studying open-channel flow. In …

In open-channel turbulent flows, nonmonotonous distributions (eg, velocity with dip
phenomenon and type-II profiles of suspension concentration distributions) need more …

Probability based fractional entropy has been used to derive one-dimensional vertical
velocity distribution with dip-phenomenon in wide and narrow rectangular open channel …

The present study uses the concept of information entropy to derive a velocity distribution
model in open channel flow. The Tsallis relative entropy theory is explored for that purpose …

In the present study, a one-dimensional experimental velocity profile measured in seepage
channels is evaluated by Tsallis entropy theory considering time-averaged velocity as a …

Heart rate variability (HRV) signals are reported to be associated with the personalized drug
response in many diseases such as major depressive disorder, epilepsy, chronic pain …

This research paper introduces a novel methodology for quantifying the sediment
concentration of nonuniform sediment in suspension within an open channel, employing the …

The principle of maximum entropy is employed to derive the shear stress distribution by
maximizing the Renyi entropy subject to some constraints and by assuming that …

The essential information required by hydraulic engineers for estimating the stage and
discharge characteristics of open channels is a comprehension of velocity distribution. The …

In the study of mechanics of sediment transport, settling velocity is one of the important
parameters because it is needed to solve the governing equations. It has been established …