Variable-Slope Hydraulic Channel

This variable-slope hydraulic channel has transparent lateral walls for full-length flow visualisation. Learning Objectives: Demonstration of different flow types: uniform, steady, gradually or rapidly varied. Identification of different flow regimes: torrential, critical, subcritical. Learn about Variable-Slope Hydraulic Channel price for optimal educational outcomes.. Velocity distribution in a channel. Chezy, Bazin, and Manning-Strickler formulas. Learn about Variable-Slope Hydraulic Channel exporters for optimal educational outcomes.. Flow over different sill types: thin-crest, thick-crest, triangular weir. Flow rate measurement in a critical cross-section. Learn about Variable-Slope Hydraulic Channel suppliers for optimal educational outcomes.. Torrential–subcritical transition: hydraulic jump. Study of backwater curves. Learn about Variable-Slope Hydraulic Channel for educational labs for optimal educational outcomes.. Flow through a Venturi canal and/or Parshall flume. Influence of bed roughness on flow. Learn about Turbulence Variable-Slope Hydraulic Channel for optimal educational outcomes..

The sizing and design of this channel give it the properties of a uniform canal, strictly respecting the four Chazy conditions for establishing uniform steady flow. The length-to-width ratio classifies it as a long-channel facility.

1 kW stainless steel centrifugal pump.
Water tank.
Magnetic float rotameter.
2 vernier limnimeters. 1 Pitot tube.
1 thin-crest weir with ventilated nappe, 2 thick-crest sills, 1 Venturi, 1 vertical sluice gate, 2 bridge piers, 1 triangular weir, and 1 rough bed.