Recent advances in aero-optics

By E. Jumper, E. Fitzgerald. 2001

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The optical distortion mechanism in a nearly incompressible free shear layer (2004, background): “Since optical system performance drops exponentially with the square of OPD (Jumper & Fitzgerald 2001), these OPD underpredictions would translate into system performance overpredictions of two orders of magnitude or more, depending on the optical wavelength used by the system.”
Physics and Computation of Aero-Optics (2012, background): “As pointed out by Jumper & Fitzgerald (2001), the combined aero-optical effects were from both index-of-refraction mixing and compressible turbulent mixing, and ultimately, the proposed level-set model underestimated the experimentally measured aero-optical levels of subsonic…”
Physics and Measurement of Aero-Optical Effects: Past and Present (2017, methodology): “Jumper & Fitzgerald (2001) showed that the original equation derived using different means by Liepmann (1952) is identical to the linking equation when the Malley supposition (see below) is incorporated into Liepmann’s formulation.”
Active control of flow-induced cavity oscillations (2008, background): “2 are generally present in all of these applications and can lead to structural fatigue of the cavity and its contents or, in the case of compressible flow, aero-optic distortion [18].”