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A new prediction for the length of the flame in firewhirls with strong rotation is obtained by introducing the compensating regime of vortical flows.
This case has great importance from the mechanical design point of view, since generally flexural pivots support mechanical elements of considerable weight and their rotation is obtained by loading the pivot with a force instead of a pure couple.
As a consequence, one can work in the 40 kHz range on the electrical side, while a low frequency rotation is obtained on the mechanical side, as is desirable for many applications.
Especially, for a bigger rotation angle, the more robustness bonus for the rotation is obtained from the new blocking strategy.
A radial distance of the borehole at each 2° in rotation is obtained by averaging the 7500 raw data covering a range of 1.5° around the each 2°.
Horizontal eye movement is derived from video data obtained from an infrared camera and infrared light-emitting diodes, and the velocity of head rotation is obtained from a gyroscope sensor.
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The conditions of stable rotation are obtained applying the direct Lyapunov theorem.
99% statistical confidence interval precision values of 20 μm for translation and 0·01° for rotation were obtained.
Expressions for the bending deflection and the cross-section rotation are obtained and a non-linear load deflection relation is derived.
Expressions for the large- and small-scale deflection and rotation are obtained and a non-linear load-deflection relation is given.
Parametric transfer functions relating beam tip motion to the desired rotation and beam rotation to the desired input rotation are obtained.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com