Aerodynamics:
Sensors
Aerodynamics and Aeroacoustics
EUROAMERICA provides a large range of testing systems and equipment for the analysis and validation of Aerodynamics and Aeroacoustic propertys.
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This can be achieved through optical measurement, Laser Vibrometry and Sensors that are supplied through partners of EUROAMERICA.
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OPTICAL MEASUREMENT
LASER VIBROMETRY
SENSORS
Sensors for Aerodynamics - Aero-acoustics measurements. Wind tunnels allow aerodynamic engineers to make pressure and force measurements to improve aerodynamic performance. From subsonic use of condenser microphones for acoustic holography to shock wave pressure sensors for studying boundary layer transition at high hypersonic Mach numbers. Our partner PCB manufactures a sensor for most aerodynamics & aero-acoustics applications.
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Piezoelectric Microphones
Used to measure high intensity acoustic noise and very low pressure fluctuations in harsh environments, and a wide range of environmental conditions, including insensitivity to altitude changes. No external power source required.
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ICP® Acoustic Pressure Sensors
Measure high-intensity acoustic noise and very low-pressure fluctuations in harsh environments. ICP constant current provides power.
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Miniature Piezoelectric Accelerometers
Miniature piezoelectric accelerometers are required for applications demanding high-frequency range, small size, and low weight. Available in both single-axis and triaxial configurations, mini ICP accelerometers are used during wind tunnel testing.
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Piezoelectric Pressure Sensors
For the measurement of short wavelength pressure pulses, micro ICP pressure sensors feature a micro-second response time that accurately measures pressure peaks from fast-rising shock waves and very high-frequency pressure phenomena.
Miniature high-sensitivity ICP probes are used to measure small dynamic pressures such as turbulence, noise, sound, and pulsations, especially in adverse environments.
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Endevco Piezoresistive Pressure Sensors
With designs suitable for airflow measurements or high-intensity sound, these pressure sensors feature quick response times and high output for excellent signal-to-noise ratio. They measure both static and dynamic pressure.
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Force Sensors
PCB force sensors for aerodynamics & aero-acoustics applications feature high stiffness, fast response and repeatable performance, permitting them to capture high frequencies and follow fast transient events.
