V3V VOLUMETRIC 3-COMPONENT VELOCIMETRY
The V3V™ System is the only 3-dimensional, 3-component (3D3C) velocity measurement system for your complex 3-D flows in a true volumetric domain. Once the image of your 3-D flow field is captured, you can see the velocity results in seconds, rather than minutes, thus allowing you to DISCOVER your instantaneous flow field quickly and accurately. The patented Camera probe in the V3V System uses three apertures to obtain the locations of the seed particles in the 3-D domain up to 140 mm by 140 mm by 100 mm. With 12 million total pixel resolution it is not only powerful but also simple to use. It is as easy as point and shoot, with no need for focus adjustment or complex alignment procedures. The measurement of 3-Components of velocity in a truly volumetric region using the V3V System is all you need for your flow measurements.
RELATED NEWSV3V™ SYSTEM – VOLUMETRIC 3-COMPONENT VELOCIMETRY — September 11, 2007- The V3V™ System is the only 3-dimensional, 3-component (3D3C) velocity measurement system for your complex 3-D flows in a true volumetric domain. Once the image of your 3-D flow field is captured, you can see the velocity results in seconds, rather than minutes, thus allowing you to DISCOVER your instantaneous flow field quickly and accurately. The patented Camera probe in the V3V System uses three apertures to obtain the locations of the seed particles in the 3-D domain up to 140 mm by 140 mm by 100 mm. With 12 million total pixel resolution it is not only powerful but also simple to use. It is as easy as point and shoot, with no need for focus adjustment or complex alignment procedures. The measurement of 3-Components of velocity in a truly volumetric region using the V3V System is all you need for your flow measurements. V3V™ CAPTURES 3D VORTEX SHEDDING FROM A SPHERE — March 27, 2008- TSI's patented Volumetric 3-Component Velocimetry (V3V™) system was recently used to capture the volumetric flow structure downstream of a smooth sphere in cross flow. Three-dimensional vortex shedding was quantified in one instantaneous capture from the unique 3D camera in a volume 90 x 90 x 140 mm at Reynolds number 2200. Hairpin-like vortices formed downstream of the sphere and were shed alternately along opposite sides of a plane of symmetry. TSI INC. V3V SYSTEM IS 2008 R&D 100 WINNER — July 1, 2008- TSI Incorporated’s Volumetric 3-Component Velocimetry (V3V) System was awarded the prestigious R&D 100 Award on July 1, 2008. The R&D Award is selected by a panel of judges and editors from R&D Magazine, and is judged on design, development, test, and production of the product. It is one of the 100 most technologically significant products introduced into the market place in the past year.TSI’S V3V SYSTEM RESULTS ON YOUTUBE.COM — February 17, 2009 - For the first time, you can now view TSI’s V3V System demo and results on Youtube.com. TSI ANNOUNCES 2011 SEMINARS AND WEBINARS FOR RESEARCH AND ANALYTIC APPLICATIONS — TSI INC RECEIVES ISO RECERTIFICATION WITH ZERO NONCONFORMANCE ISSUES — April 27, 2011 - TSI Incorporated is pleased to announce the ISO 9001:2008 Standard recertification of its Shoreview, Minnesota facility. Spanning three and a half days, the in-depth ISO audit performed by BSI reviewed the quality management system in great detail. In addition to achieving recertification, TSI proudly reports that zero nonconformance findings were issued.
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