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Visualisation Of Streamlines
Description & Specification
Visualisation Of Streamlines
Categories:
Fluid Mechanics Teaching Equipment
Technical Specifications
The laminar, two-dimensional flow in a good approximation of the flow of ideal fluids: the potential flow.
The water flows rate and the quantity of contrast medium injected can be adjusted by valves. The water connections are also activated by valves and can be combined as required. Individual models can be cut out of a rubber plate that is included.
The experimental unit is positioned easily and securely on the work surface of the base module. The water is supplied by base hydraulic unit, which quotation didn’t contain it. alternatively, the experimental unit can be operated by the laboratory supply.
It can be used to visualise streamline fields for flows around drag bodies and flow through changes in cross-section. The streamlines are displayed in colour by injecting a contrast medium (ink). Sources and sinks are generated via four water connections in the bottom The streamlines can be clearly observed through the glass plate during flow around and flow through.
Specification:
Visualisation of streamlines
Water as flowing medium and ink as contrast medium
Different drag bodies and changes in cross-section included
Rubber plate for creating your own models included
Upper glass plate, hinged for interchanging models
Bottom plate with water connections for generating sources/sinks
Sources/sinks can be combined as required
Water supply using base module or via laboratory supply
Flow velocity, water supply and water drain in sources/sinks as well as dosage of the contrast medium can be adjusted by using valves
Technical data:
Flow chamber contains two plates
Distance between the plates: 2mm
Upper plate made of glass
Bottom glass plate with four water connections for sources/sinks
Rubber plate for your own models
Injection of the contrast medium (ink)
15 holes
Tank for contrast medium: 500mL
Required for operation
(closed water circuit) or water connection, drain.
