Abstract: 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 random variable. The velocity data was ...

Abstract: Applications of artificial neural networks in the field of aeration phenomena in surface aerators, which are not geometrically similar, are explored to predict reaeration rates under varying dynamic as well as geometric ...

Abstract: The presence of aquatic vegetation changes the flow characteristics in a channel. The impact of the presence of submerged, flexible vegetation in a channel with an additional parameter such as downward seepage is analyzed ...

Abstract: By using a decentralized energy-planning (DEP) approach, this paper shows that biomass-based energy systems have the potential to meet all the rural energy needs from village to district level. DEP has been formulated and ...

Abstract: The resistance characteristics in terms of power consumption, interpreted in terms of Power number

Abstract: Assuming time-averaged normalized velocity as a random variable, the present work developed a Renyi entropy-based model for deriving one-dimensional and two-dimensional velocity distributions in seepage-affected alluvial ...

Abstract: The investigation of bedform configurations and their migration manifest under varying flow conditions in alluvial channels remains a persistent challenge for engineers and researchers due to the intricate nature and lack ...

Abstract: Sediment deposition impacts the hydraulic capacity of a channel in urban drainage and sewer systems. To reduce the impact of this continuous deposition of sediment particles, sewer systems are typically designed with a ...