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Educational experimental device: Aircraft flight behavior analysis wind tunnel
This product enables the understanding and analysis of airfoil flight theory through various simulations, including takeoff, flight, landing, stall, separation, longitudinal stability, trim and static margin, phugoid motion, and rapid control response.
Educational experimental device: supersonic wind tunnel
This is an experimental device that uses a suction pump method, allows continuous use, and is capable of supersonic measurement at Mach 1.4 and 1.8, as well as the installation of a wind tunnel Schlieren system.
Educational experimental device: General-purpose wind tunnel
WDT-2D: 2D observation wind tunnel with a maximum speed of 46 m/s TE54-P: General-purpose wind tunnel with a maximum speed of 36 m/s, equipped with a three-component balance and computer control TE44-P: General-purpose wind tunnel with a maximum speed of 33 m/s, equipped with a three-component balance
This clean airflow tunnel provides a low-noise flow field that is essential for the research and development of future fluid noise reduction.
In fields such as aviation, vehicles, automobiles, and fluid machinery, it is necessary to clarify and verify the mechanisms of noise generation using wind tunnel experiments and CFD (Computational Fluid Dynamics) in order to develop environmentally friendly (Ecology) and economically viable (Economy) ECO products by reducing aerodynamic noise and improving efficiency.
It can be used for both return type and blow-out type. It has measurement sections in two sizes.
It is used to predict and solve various wind-related issues such as wind gusts occurring around high-rise buildings, wind pressure acting on buildings, and the dispersion of urban pollutants.
This is a wind tunnel for testing various speed probes such as anemometers.
It can be used as a standard instrument with a wind speed distribution of less than 1% and turbulence of less than 1%. It is also possible to add a rotating device for calibration purposes, such as for a Yomeeter. The compact type has been miniaturized for installation in a laboratory, with turbulence at 0.5%.
The measuring section can be either an open type or a closed type with an observation window.
The most widely used type of wind tunnel for wind tunnel experiments is the circulating flow type, which has cross-sectional shapes of square, octagonal, and circular.
A closed return wind tunnel for tests that require high wind speeds.
The closed return or Göttingen-type wind tunnel mediates airflow friction loss by circulating the air within a circuit of ducts, allowing for high wind speeds with lower energy consumption. Additionally, compared to an open return wind tunnel it can more easily incorporate heating and cooling systems, allowing for tests to be conducted in a stable environment year-round.
Educational Experimental Device: Vertical Wind Tunnel for Particle Behavior Observation
Adjust the airflow speed in the vertical wind tunnel, suspend test particles in the airflow, and measure the terminal velocity as fundamental data regarding the behavior of particles in the airflow. ○Device Dimensions ・Main Body: 600mm(W) × 600mm(D) × 1200mm(H) ・Control Panel: 220mm(W) × 220mm(D) × 250mm(H)
Refining traditional devices with the latest technology.
It is most suitable for intuitively understanding aerodynamic flow phenomena and can be easily used for educational and fundamental flow experiments.
Compact and low-cost, this 70cm x 70cm wind tunnel unit can be arranged in a grid to provide the flow area required for testing.
【Aero Optim Series】 ★For more details, please visit our website★ https://japanfudo.com/en/product/catalog_wind_tunnels/ The Aero Optim series is a "stackable wind tunnel unit." It consolidates all functions of a wind tunnel (airflow, diffusion, uniformity, rectification) into a 70cm x 70cm x 140cm unit that can be combined into a grid to provide the necessary flow area. Its compact, low-speed design allows it to be low-cost and low-maintenance, making it a forgiving introductory piece for those looking to delve into wind tunnel testing. Aero Optim wind tunnels are currently in use for testing bicycles, competitive wheelchairs, automobiles, drones, and more! -Wind Tunnel for Everyone-
A low-cost and flexible wind tunnel that can adjust the airflow area by connecting 70cm square units. It also allows for functional expansion with a variety of options!
**Aero Optim Series** ★For more details, please visit our website★ https://japanfudo.com/product/aerooptim-cell.html The Aero Optim series is a "stackable wind tunnel unit." It consolidates all functions of a wind tunnel (airflow, diffusion, uniformity, rectification) into a unit approximately 70 cm square, allowing for a customizable airflow area by stacking the units as needed. This breaks the traditional image of wind tunnels as "large, high-cost, and high-maintenance" systems, making it accessible for those who previously found wind tunnel experiments out of reach by achieving "compact, low-cost, and low-maintenance" solutions. The quality of the airflow is also sufficient for wind resistance testing. While it is possible to use the basic unit alone, additional options can enhance flow quality, add measurement functions, and allow for individual control of fans. **[Measurement Platforms]** For bicycles, competitive wheelchairs, 6-axis measurement platforms, etc. **[Airflow Related]** Additional rectification sections, contraction unit additions, etc.
A solution for a fast, repeatable evaluation of bicycle frames, wheels, parts, and even rider gear and riding forms.
[Aero Optim Series] ★For more details, please visit our website★ https://japanfudo.com/product/service4-1-1/ The Aero Optim is an independent wind tunnel unit that can be stacked together in a grid to create a larger flow area as needed. Initially developed to make wind tunnel experiments more accessible to cycling enthusiasts, everything from installation to operation to measurement is made simple. The Aero Optim series is a stand-alone wind tunnel unit that consolidates all functions of a wind tunnel (fan, diffusor and rectification) into a 0.7m by 0.7m unit. These units can be combined to form the airflow required for a given test section. A standard wind tunnel is often cost-prohibitive to someone looking into purchasing one for the first time, owing to its large consumption of building space and power, as well as high maintenance fees. The Aero Optim wind tunnel provides a low-cost, space-efficient alternative to those wishing for just enough flow quality to make simply, repeatable tests. Measurement Platforms: For bicycles, competitive wheelchairs, 6-axis measurement platforms, etc. -Wind Tunnel for Everyone-
A modular wind tunnel that can be preconfigured to meet your needs.
The CWT series is a wind tunnel with a modular design, allowing for a single-fan configuration as well as a large multi-fan configuration. The advantages include cost reduction due to mass production effects, low power consumption due to deliberate placement of nozzle and flow straighteners, portability in case of a need for expansion or transportation. The nozzle section is custom-built according to the customer's needs (maximum wind speed, wind speed distribution, turbulence, nozzle dimensions and nozzle height).
A cost-effective and high-performance small tabletop wind tunnel suitable for calibration of sensors and anemometers.
A compact wind tunnel for calibrating anemometers and conducting small-scale wind tunnel experiments. It can be operated on a tabletop or workbench. The smallest versions can be powered from a common power outlet.
A small-scale wind tunnel that utilizes a centrifugal pump to achieve high speed and high quality wind speeds.
A high-speed wind tunnel for sensor calibration.
A wind tunnel with boundary layer generator for use by the construction industry
A boundary layer wind tunnel is a wind tunnel designed to artificially recreate the wind near the ground (atmospheric boundary layer). Regular wind tunnels produce a "clean wind" with uniform airflow and minimal turbulence. In contrast, a boundary layer wind tunnel replicates the characteristics of actual outdoor wind, such as: - Wind speed decreases closer to the ground - Wind speed increases with height - Sudden changes in local wind direction and speed (turbulence).
