Equipment for Engineering Education & Research OSBORNE ...solution.com.my/pdf/FM11(A4).pdf ·...
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OSBORNE REYNOLD’S DEMONSTRATION MODEL: FM 11 HIS Osborne Reynold’s Demonstration (Model: FM 11) has been designed for students experiment on the laminar, transition and turbulent flow. It consists of a transparent header tank and a flow visualisation pipe. The header tank is provided with a diffuser and stilling materials at the bottom to provide a constant head of water to be discharged through a bellmouth entry to the flow visualisation pipe. Flow through this pipe is regulated using a control valve at the discharge end. The water flow rate through the pipe can be measured using the volumetric tank (or measuring cylinder) of a Hydraulics Bench. Velocity of the water can therefore be determined to allow for the calculation of Reynolds’ number. A dye injection system is installed on top of the header tank so that flow pattern in the pipe can be visualised. EXPERIMENTAL CAPABILITIES ♦ Reproducing the classic experiments by Professor Osborne Reynolds on fluid flow conditions. ♦ Visualisation of the laminar, transitional, turbulent flow and velocity profile. SPECIFICATIONS Test Pipe : 10 mm (ID) x 700 mm (L) Dye Reservoir : 500 ml Measuring Cup : 2 liter REQUIREMENTS Hydraulics Bench ( FM 110 ) T SOLTEQ ® Equipment for Engineering Education & Research
Transcript of Equipment for Engineering Education & Research OSBORNE ...solution.com.my/pdf/FM11(A4).pdf ·...
OSBORNE REYNOLD’S DEMONSTRATION
MODEL: FM 11
HIS Osborne Reynold’s Demonstration (Model: FM 11) has been designed for students experiment
on the laminar, transition and turbulent flow. It consists of a transparent header tank and a flow visualisation
pipe. The header tank is provided with a diffuser and stilling materials at the bottom to provide aconstant head of water to be discharged through a bellmouth entry to the flow visualisation pipe. Flow through this
pipe is regulated using a control valve at the discharge end. The water flow rate through the pipe can be measured
using the volumetric tank (or measuring cylinder) of a Hydraulics Bench. Velocity of the water can therefore be
determined to allow for the calculation of Reynolds’ number. A dye injection system is installed on top of the
header tank so that flow pattern in the pipe can be visualised.
EXPERIMENTAL CAPABILITIES
♦ Reproducing the classic experiments by Professor
Osborne Reynolds on fluid flow conditions.
♦ Visualisation of the laminar, transitional, turbulent flow
and velocity profile.
SPECIFICATIONS
Test Pipe : 10 mm (ID) x 700 mm (L)
Dye Reservoir : 500 ml
Measuring Cup : 2 liter
REQUIREMENTS
Hydraulics Bench ( FM 110 )
T
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