Flat Plate Boundary Layer Experiment Module-F103

Product Introduction:

This product is used in conjunction with an aerodynamics basic experimental platform and a multi tube pressure gauge to conduct experimental modules on the flow characteristics of airflow through a flat boundary layer in aerodynamics; The front of the module is visible and transparent, with a partition embedded in the middle of the channel (smooth on one side and rough on the other), which can be freely flipped and replaced. The white inner lining plates arranged at the upper and lower ends of the channel can be adjusted, allowing the channel to form an upward or downward pressure gradient in the incoming flow direction; The device is equipped with a miniature pitot tube, and the vertical displacement can be controlled by a micrometer to measure the thickness distribution of the boundary layer along the flow direction on the plate; According to the Bernoulli equation, the velocity distribution in the boundary layer can be calculated by measuring the total pressure and static pressure through multiple pressure gauges, which supports the customization of partitions with different roughness and related scientific research expansion;

detailed information

PRODUCT MODELF103product nameFlat Plate Boundary Layer Experiment Module
Product specifications400mm in length, 440mm in width, and 120mm in heightproduct materialalloy
Usage environment0 ℃ ≤ temperature ≤ 45 ℃, relative humidity ≤ 85Input power supplynot have
Belonging seriesaerodynamicsCooperate with modulesF100
Experimental function:
1、Can be used to understand concepts and calculation methods such as air density, air viscosity, airflow velocity, airflow Reynolds number, Bernoulli equation, etc;
2、It can be used to study the distribution of boundary layer pressure and velocity along the thickness of airflow passing through smooth planes at different Reynolds numbers;
3、It can be used to study the distribution of boundary layer pressure velocity along the thickness of airflow passing through rough surfaces at different Reynolds numbers;

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