Preliminary experimental study of the flow field disturbance in the vicinity of single sensor normal hot-wire anemometer (SN) probe was carried out. Regular 2D particle image velocimetry (PIV) setup equipped with micro lens and distance rings was applied to measurements of macroscopic flow around microscopic elements. Experimental results revealed complexity of the flow around the wire and its strong dependence on both – the velocity magnitude and the probe orientation in relation to freestream direction. Examination of the velocity fields in the vicinity of SN probe suggests that it may not be such a “point” measurement method as it is commonly assumed to be
Limitations on the spatial resolution of multisensor hot wire probes have precluded accurate measure...
Thin film probes have been used for more than a decade to investigate turbulence, mostly in liquids....
Previous work has shown that the k term in the effective cooling velocity equation for inclined hot-...
Preliminary experimental study of the flow field disturbance in the vicinity of single sensor normal...
Preliminary experimental study of the flow field disturbance in the vicinity of single sensor normal...
Calibration tests using hot wires were conducted using a newly developed test rig that greatly reduc...
s de s of d da d an Strouhal–Reynolds number relationship. Tsanis [9] and ChuaHot wire anemometers h...
none4Despite the rapid development of optical velocimetry methods (like LDV, PIV, etc.) the hot-wire...
Despite the rapid development of optical velocimetry methods (like LDV, PIV, etc.) the hot-wire anem...
Despite the rapid development of optical velocimetry methods (like LDV, PIV, etc.) the hot-wire anem...
A high precision traverse mechanism with micro-resolution was designed to capture accurately the vel...
A high precision traverse mechanism with micro-resolution was designed to capture accurately the vel...
A review of hot-wire anemometry was made to present examples of past work done in the field and to d...
Hot-wire anemometer measurements of incompressible fluid flow direction and velocity in pipe
This paper describes a simple method that allows X-array hot wire measurements to be made in a flow ...
Limitations on the spatial resolution of multisensor hot wire probes have precluded accurate measure...
Thin film probes have been used for more than a decade to investigate turbulence, mostly in liquids....
Previous work has shown that the k term in the effective cooling velocity equation for inclined hot-...
Preliminary experimental study of the flow field disturbance in the vicinity of single sensor normal...
Preliminary experimental study of the flow field disturbance in the vicinity of single sensor normal...
Calibration tests using hot wires were conducted using a newly developed test rig that greatly reduc...
s de s of d da d an Strouhal–Reynolds number relationship. Tsanis [9] and ChuaHot wire anemometers h...
none4Despite the rapid development of optical velocimetry methods (like LDV, PIV, etc.) the hot-wire...
Despite the rapid development of optical velocimetry methods (like LDV, PIV, etc.) the hot-wire anem...
Despite the rapid development of optical velocimetry methods (like LDV, PIV, etc.) the hot-wire anem...
A high precision traverse mechanism with micro-resolution was designed to capture accurately the vel...
A high precision traverse mechanism with micro-resolution was designed to capture accurately the vel...
A review of hot-wire anemometry was made to present examples of past work done in the field and to d...
Hot-wire anemometer measurements of incompressible fluid flow direction and velocity in pipe
This paper describes a simple method that allows X-array hot wire measurements to be made in a flow ...
Limitations on the spatial resolution of multisensor hot wire probes have precluded accurate measure...
Thin film probes have been used for more than a decade to investigate turbulence, mostly in liquids....
Previous work has shown that the k term in the effective cooling velocity equation for inclined hot-...