Ultrasonic Velocity Profiling (UVP) is a measurement technique based on ultrasound Doppler, to acquire velocity profiles in transparent or opaque liquid flows.
Key benefits
- Measurement of velocity profiles in almost any liquid, either transparent or opaque, such as water, waste water, slurry, oil, food, liquid metal, and many more.
- Real-time measurement and display of velocity profiles and echo amplitude, useful for process monitoring, quality control, risk management, sudden flow conditions change, etc.
- Velocity range up to 52 m/s or ±26 m/s
- Velocity profiles over distances from 2 mm to 3 m
- High flexibility of the profiler configuration for a wide variety of applications, from millimeter pipe sections to large open channel flows.
- Large set of analysis tools available: turbulence statistics, power spectrum, spatial correlation, flow-rate, and other relevant data.
- 2D and 3D flow mapping: multi-dimensional velocity measurement is possible combining several transducers in a grid array, using specific software analysis modules. UVP ActiveX library: UVP acquisition software functions can be implemented in an integrative acquisition system compatible with ActiveX (Matlab®, Labview®, etc.), for instance to synchronize data collection with specific experiment events or to access to UVP-DUO demodulated echo signals.
UVP Solution
UVP-DUO Profiler
One-dimensional, direct mean and fluctuating wall shear stress measurements
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