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Where there are no published probes, the best approach is to conduct several sample calculations of the proposed installation. For example, a 100-foot diameter probe installed at a typical wind turbine site will oscillate at about 1.2 times the natural frequency. Since there are usually slight variations between installations, there is a range of possible oscillation rates. For example, a natural frequency of 1.2 times the nominal probe length can range from 1.05 to 1.35 times the nominal probe length.
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This program calculates 'wake frequency' and in-line resonance for the PTC 19.3, 2010 standard in two modes. In the first mode you are required to select a conductive pipe material at the thermowell location of interest. In this instance the conductivity is used to determine the value of Youngs Modulus for that pipe material, which in turn is used to calculate the tube's natural frequency. The second mode allows the user to calculate wake frequency for a defined pipe material and length. A value for the wake frequency can be set in each mode by the user and this frequency is then used to establish an in-line resonance frequency value. 84d34552a1