Novel Aerodynamic Compensation Pitot - Static Tube for Application in Subsonic and Supersonic Flight Regimes

Latif, Adnan; Masud, Jehanzeb; Sheikh, Shakil R.; Parvez, Khalid; Qazi, Omar; Qureshi, Humayun

doi:10.2514/6.2006-1385

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2023

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“…The available literature on this topic is mostly limited to NACA reports from the 1950s. Therewith, a group of the profesores and students at the Air University in Pakistan, recently published a couple of manuscripts regarding this topic [5][6]. They used CFD analysis to determine the ogivale profile of the pitot tube in order to achieve the desirable pressure coefficient for both regimes, subsonic and supersonic.…”

Section: Introductionmentioning

confidence: 99%

Numerical analysis of aerodynamic compensation pitot-static tube

Žunić,

Dovatov,

Nenadić

2023

Sci Tech Rev

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Numerical analysis of a flow filed around the aerodynamic compensation pitot-static tube that is used on a domestic ORAO J22 aircraft is presented in this paper. The analysis was performed for three different Mach numbers of the free stream velocity for two configurations of the pitot-static tube. The comparison of the pressure coefficient (Cp) distribution for both of the configurations is given.

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Section: Introductionmentioning

confidence: 99%