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Effect of Surface Roughness and Channel Slope on Hydraulic Jump Characteristics: An Experimental Approach Towards Sustainable Environment
Hydraulic jumps are efficient energy dissipaters, and their proper design can help in harnessing the energy of flowing water. By studying the impact...
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Experimental Study of Natural Bed Roughness Effect on Hydraulic Condition and Energy Dissipation Over Chutes
Energy control in high-speed flows is one of the main design challenges of hydraulic structures and drainage systems. Excessive flow energy can cause...
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Hydraulic characterization of sandpaper roughness
Experiments on 220, 320 and 500-grit sandpaper surfaces were conducted in a high Reynolds number turbulent channel flow facility with an 8:1 aspect...
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Hydraulic Fracture Propagation in Layered Rocks: Research Combining 3D FEM Modeling and Laboratory Experiments
The complex morphology of hydraulic fractures has been reported in layered formations due to the frequent occurrence of bedding. The success of...
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Directly Cooled Silicon Carbide Power Module: Pin-Fins Roughness Effect on Pressure Drop
The use of silicon carbide (SiC) in power semiconductor modules has led to higher power density, increased maximum junction temperature, high voltage...
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Computational parametric investigation of solar air heater with dimple roughness in S-shaped pattern
A numerical investigation has been conducted to analyze the hydro-thermal characteristics of a solar air heaters when its absorber plate has S-shaped...
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The Hydraulic Twin
This chapter is about transport and pressure in liquid fluids. When you design a pi** system, it is important what pressures and forces can occur...
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Heat Transfer Enhancement of Solar Air Heater Having Twisted V-Shaped Staggered Roughness Over Absorber Plate
The present experimental work is dedicated to establish the effect of novel twisted V-shaped staggered ribs provided on the absorber plate of solar...
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Size effect on hydraulic properties of rough-walled fractures upscaled from meter-scale granite fractures
To better bridge the gap between lab-scale data and larger-scale applications. In this study, an integrated method was developed to investigate the...
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Design of Hydraulic Jump Stilling Basin over Rough Beds Using CFD
This paper presents the hydraulic and structural design of a hydraulic jump stilling basin over a rough bed using three-dimensional, unsteady,...
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Surface Roughness Analysis on Sheet Metals During AWJ Machining Using Low Pressure
The present study discusses the effect of abrasive waterjet machining (AWJ) parameters on surface roughness during cutting of sheets metals of...
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Numerical investigation of heat transfer and thermo-hydraulic performance of solar air heater with different ribs and their machine learning-based prediction
The utilization of artificial roughness, in the form of repeating ribs on a surface, is a proficient method for enhancing the rate of heat...
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Tomographic flow measurements over additively manufactured cooling channel roughness
Additive manufacturing (AM) offers many potential advantages to constructing gas turbine components such as allowing for more complex geometry in...
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Electrochemical machining of multistage inner cone hole assisted by hydraulic self-driven rotating magnetic field
A multistage inner cone hole (MICH) consists of numerous inner cone holes of varying degrees of conicality and length and is frequently employed in...
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Energy saving and performance enhancement of hydraulic fineblanking press assisted with controllable hydraulic accumulator for sustainability
In this study, a novel double-stage hydraulic system incorporating a hydraulic controllable accumulator (HCA) was proposed to simultaneously improve...
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Simulation analysis and experimental research on mechanical properties of water hydraulic ball poppet valve
The working performance of a hydraulic system depends on the control valves, and the working performance of the control valves depends on their...
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Characteristics of Hydraulic Jump in Stilling Basin Covered with Different Arrangements of Dune Bed Forms
Depending on the flow conditions and sediment characteristics, different types of bed forms (ripple, dune, anti-dune, etc.) developed on the...
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Optimization of hydraulic design of approach channel of spillway by hydraulic model studies
The approach channel is intended to divert the flow safely from its original course and the diversion may be intended towards spillway, power intake...
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The Chézy Roughness Coefficient Computing Using an Artificial Neural Network to Support the Mathematical Modelling of River Flows
The Chézy roughness coefficient provides an empirical link between the impelling force and the unaccelerated velocity of the flowing water. This...
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Assessment of Roughness Characterization Methods for Data-Driven Predictions
A comparative analysis is undertaken to explore the impact of various roughness characterization methods as input variables on the performance of...
