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Visualisation Of Streamlines

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Visualisation Of Streamlines Specification

Feature
Highly Efficient

Power Source
220V AC supply

Temperature Range
Ambient (15C to 30C)

Model No
VIS-SM2024

Voltage
220V

Frequency
50Hz - 60Hz

Accuracy
100 %

Core Components
Flow chamber, dye injection system, water reservoir

Capacity
Designed for single student or group demonstration

Automation Grade
Manual

Measurement Range
Laminar and turbulent flow conditions

Equipment Materials
Borosilicate glass tube, anodized aluminum base, acrylic reservoir

Type
VISUALISATION OF STREAMLINES

Usage
Laboratory

Display Type
Transparent acrylic flow chamber for visual observation

Dimension (L*W*H)
400 mm 150 mm 350 mm

Weight
Approx. 6 kg

About Visualisation Of Streamlines

VISUALISATION OF STREAMLINES

The laminar, two-dimensional flow is a good approximation of the flow of ideal fluids: the potential flow.

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 plate. The streamlines can be clearly observed through the glass plate during flow around and flow through.

The water flow 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 Alternatively, the experimental unit can be operated by the laboratory supply.

The well-structured instructional material sets out the fundamentals and provides a step-by- step guide through the experiments.

Illustrative demonstration without detection or analysis of measured values
Flow patterns in real fluids when flowing around and through models
Aerofoil with adjustable angle of attack
Cylinder
Orifice plate for change in cross-section - flow separation and stall

Specification:

Visualisation of streamlines by using fog
Accessories for Aerodynamics Trainer
Vertical measuring section with transparent front plate and black background
Fog generator, operation with non-toxic and water-soluble fog fluid
Three models for insertion into the wind tunnel
Aerofoil with adjustable angle of attack
Scale for displaying the angle of attack

Technical Data:

Measuring section
Cross-section in the viewing area: 252x42mm
Models:
Aerofoil, adjustable angle of attack
Orifice plate
Cylinder

Effortless Setup and Operation

This visualization unit is designed for minimal setup timeless than ten minutesallowing instructors and students to begin demonstrations swiftly. The toolless disassembly feature ensures cleaning and maintenance are quick and hassle-free, promoting repeated use in academic settings.

Enhanced Observation Features

Equipped with clear acrylic chambers and large observation ports on three sides, the system offers unobstructed views of dye streams. This enhances the learning experience by making fine flow details easily visible to every participant, whether working individually or in groups.

Precision Flow Control and Dye Injection

A variable flow control valve gives users precise control over flow conditions, enabling demonstrations across a range of laminar and turbulent regimes. The multi-point needle dye injector introduces vivid dye streams at selected positions, clearly visualizing streamlines and patterns within the transparent flow chamber.

FAQs of Visualisation Of Streamlines:

Q: How is the VISUALISATION OF STREAMLINES apparatus set up in the laboratory?

A: Setup is straightforward and takes less than 10 minutes. Simply place the unit on its non-slip base, connect the tubing, fill the reservoir with water, and insert the dye using the syringe and injector. No tools are required for assembly or cleaning.

Q: What types of fluid flow can be demonstrated using this equipment?

A: The apparatus supports both laminar and turbulent flow conditions, making it ideal for demonstrations and experiments covering a range of fluid mechanics principles using water or other low-viscosity fluids.

Q: When is this device most beneficial for use in educational environments?

A: This equipment is particularly useful during lectures, laboratory practicals, and group demonstrations where real-time visualization of fluid behavior can reinforce theoretical knowledge.

Q: Where can observers view the fluid flow during operation?

A: Observation ports on three sides of the acrylic chamber provide unobstructed views, allowing participants to easily observe fluid and dye movement from various angles.

Q: What maintenance is required, and how is it performed?

A: Routine maintenance involves rinsing the chamber and reservoir with clean water. The apparatus can be completely disassembled without tools, ensuring thorough cleaning and quick reassembly after use.

Q: How does the multi-point dye injector enhance streamlines visualization?

A: The multi-point needle dye injector dispenses dye at different positions within the flow, creating visible streamlines that reveal detailed patterns and transitions between flow regimes within the transparent chamber.

Q: What are the main benefits of using this streamline visualization unit?

A: The main benefits include clear visualization of fluid flows, easy and quick operation, robust chemical-resistant materials, toolless maintenance, and suitability for both individual and group teaching, enhancing understanding of key hydrodynamics concepts.

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