Aeronautics & Astronautics - Fluid Sciences > Gas Dynamics: Page 2

No. 28918 Vortices formation: existence of diffuse reflection from plate surface No. 28936 Streamlines surrounding flat plate at 40 degree angle of attack No. 28937 Pressure distribution of airfoil's lower surface at angle of attack No. 28938 Skin friction coefficient along lower surface at 30 angle of attack No. 28939 Diatomic gas expansion at Mach 2.151 to vacuum No. 28940 Expansion: contour of constant density No. 28941 Expansion: departure from isentropic conditions No. 28942 Density contours along flat plate with diffuse reflection No. 29238 Functional diagram of mechanical disc system No. 29239 Single disc mechanical system No. 29240 Double disc mechanical system No. 29241 Block diagram for control design No. 29242 Mathematical model of helicopter system No. 29243 Configuration for helicopter model parameter estimation No. 29244 Oscillatory pitch angle response in open loop helicopter No. 29245 Yaw rate response of helicopter No. 28094 AOTV configuration: low lift-to-drag ratio No. 28096 AOTV configuration: medium lift-to-drag ratio No. 28097 AOTV configuration: medium lift-to-drag ratio No. 28098 AOTV configuration: medium lift-to-drag ratio No. 28099 AOTV configuration: high lift-to-drag ratio No. 28100 AOTV configuration: high lift-to-drag ratio No. 28101 AOTV configuration: high lift-to-drag ratio No. 28102 Hypersonic: shock layer No. 28142 Steady flow: two-dimensional No. 28143 Unsteady flow: one-dimensional No. 28144 Blunt-nosed cylinder: blast wave analogy No. 28145 Blunt-nosed slab: blast wave analogy No. 28146 Blunt-nosed flat plate: pressure distribution No. 28147 Blunt-nosed flat plate: pressure distribution correlation No. 28148 Shape: shock wave No. 28149 Blunt-nosed flat plate: shock-wave shapes correlation No. 28150 Hemisphere cylinder: pressure distributions No. 28151 Blunt-nosed cylinder: pressure distributions correlation No. 28152 Blunt-nosed cylinder: shock-wave shape No. 28153 Blunt-nosed cylinder: shock-wave shape correlation No. 28154 Pressure coefficients: comparison No. 28155 Paraboloidal shock wave: associated body No. 28156 Paraboloidal shock wave: associated body No. 28157 Body supporting paraboloidal shock: surface pressure No. 28158 Body supporting paraboloidal shock: surface pressure No. 28159 Hemisphere cylinder: shock wave shape and surface pressure No. 28160 Hemisphere cylinder: shock wave shape and surface pressure No. 28161 Parabolic shock wave: rear velocity No. 28162 Slender-body flow: initial data lines No. 28163 Blunt-body flow: initial data lines No. 28164 Process unit No. 28165 Mesh: typical characteristics No. 28166 Pressure distribution on body and behind shock No. 28167 Characteristic surfaces: three-dimensional
 

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