Features:
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Study of open channel flumes and flow behavior
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Measurement of water level using hook and point gauges
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Flow rate and velocity profile measurement using Pitot-static tube
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Understanding flow over weirs, sub- and super-critical flows, and wave characteristics
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Study of hydraulic jumps
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Use of hydraulic structures for flow control (e.g., syphon spillways, sluice gates)
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Application of Manning’s formula for open channel flow
What’s Included:
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Open channel (76 mm wide × 250 mm high)
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Working sections: 2.5 m and 5.0 m lengths
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Clear acrylic sides for visibility
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Jacking system to adjust channel slope (-1% to +3%)
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Inlet tank with flow stilling arrangement
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Accessories: Venturi, sharp and broad-crested weirs, 2 vernier level gauges, adjustable undershot weir, crump weir
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Optional flow meter
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Comprehensive instruction manual
Specifications:
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Channel width: 76 mm
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Channel height: 250 mm
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Working section lengths: 2.5 m and 5.0 m
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Adjustable slope: -1% to +3%
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Materials: Clear acrylic sides for visibility
Typical Experiments:
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Measurement of water level and flow rate in open channels
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Study of sub-critical and super-critical flow conditions
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Observation of hydraulic jumps and wave characteristics
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Flow control using weirs and other hydraulic structures
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Application of Manning’s formula to real scenarios
