Fundamentals of Aerodynamics
This product is designed to be used in conjunction with the Basic Aerodynamics Experimental Bench and the Multi-Tube Manometer Experimental Module. It is intended for studying the flow characteristics of the boundary layer over a flat plate in aerodynamics.
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Product Description
This product is designed to be used in conjunction with the Basic Aerodynamics Experimental Bench and the Multi-Tube Manometer Experimental Module. It is intended for studying the flow characteristics of the boundary layer over a flat plate in aerodynamics.
The front side of the module is transparent for clear visualization. A removable and reversible partition plate is installed within the flow channel, and adjustable white lining plates at the top and bottom of the channel allow the formation of either favorable or adverse pressure gradients along the flow direction.
The device is equipped with a miniature Pitot tube, whose vertical position can be precisely adjusted using a micrometer. This enables measurement of the boundary layer thickness distribution along the flow direction.
Based on the Bernoulli equation, and using total and static pressure data measured by the multi-tube manometer, the velocity distribution within the boundary layer can be calculated.
The module also supports customization of plates with different surface roughness for extended research applications.
Experimental Functions
01
Understand and calculate key concepts such as air density, kinematic viscosity, airflow velocity, Reynolds number, and the Bernoulli equation.
02
Study pressure and velocity distribution across the boundary layer over a smooth flat plate at different Reynolds numbers.
03
Study pressure and velocity distribution across the boundary layer over a rough flat plate at different Reynolds numbers.
Product Attributes
|
Product Model |
F103 |
Product Name |
Flat Plate Boundary Layer Experimental Module |
|
Main Materials |
Black POM, transparent acrylic, 6061 aluminum alloy |
Specifications |
190 × 120 × 380 mm |
|
Product Weight |
2.5 kg |
Operating Environment |
Room temperature, Relative humidity ≤ 85% |
|
Input Power Supply |
None |
||
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Required Modules |
None |
Optional Modules |
None |
FAQ
Is your company a manufacturer or a trading company?
We are a direct source manufacturer with independent R&D, production and quality inspection workshops, and have years of expertise in the university laboratory equipment sector.
What payment methods are supported for overseas orders?
We accept T/T (Telegraphic Transfer) and irrevocable sight L/C (Letter of Credit). Formal commercial or proforma invoices are issued for all orders, with a transparent and traceable process.
What is the production and delivery cycle for the equipment?
Standard models: 45-60 days. Expedited production is available for urgent orders with priority scheduling, and the exact lead time is negotiable.
Do you support product customization?
Customization, OEM and ODM services are available. We can adjust parameters, structure, size and functions as required, and accept private labeling production.
How do you ensure the safe transport of the equipment?
Export-grade triple shockproof and moisture-proof packaging (shockproof foam + thickened carton + plywood wooden case) with warning labels attached.
Does the product come with a warranty? Are spare parts included?
All products come with a 2-year free original factory warranty, and common wearing parts are provided free of charge during the warranty period.
Overseas After-Sales Support：
• 7×24h remote technical support and free operation training with one-on-one engineer guidance;
• Free urgent air shipment of replacement parts for non-human-induced quality defects within the warranty period;
• Lifetime technical consultation and cost-price spare parts supply after warranty;
• Bilingual manuals, operation videos and experiment guides are included for easy use by beginners.
How do you control product quality before shipment?
Strict three-level quality inspection is carried out before delivery:
1. Raw Material Inspection: Full inspection of core components to control precision;
2. In-Process Inspection: Special personnel monitor each process to avoid defects;
3. Final Shipment Inspection: Power-on testing and precision calibration, with official inspection reports issued; factory inspection and remote inspection are both supported.
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