Constant Temperature Anemometry (CTA), also known as Thermal Anemometry, is a technique for the measurement of turbulence in 1D, 2D, or 3D gas and liquid flows using hot-wire or hot-film probes inserted into the flow.
CTA is particularly suitable for the measurement of flows with very fast fluctuations at a point (high turbulence) and the study of flow microstructures, where there is a need to resolve small flow eddies down to the order of tenths of a millimeter.
CTA is a measurement technique well suited for the study of fine structures in turbulent flows. The working principle is based on the cooling effect of a flow on a heated body.
Read more about Constant Temperature Anemometry solutions from Dantec
Features & Benefits
Measures velocities from a few cm/s to supersonic
Covers a wide range of applications
High temporal resolution: fluctuations up to several hundred kHz
Ideal for studying turbulence
High spatial resolution: eddies down to 1 mm or less
For fine scale turbulence and boundary layer measurements
Low noise level
Turbulence spectra can be resolved in >4 decades of amplitude
Measures all three velocity components simultaneously
Provides the full velocity vector
Continuous analog output
Straightforward analysis of data