Titlebook: Design and Development of Aerospace Vehicles and Propulsion Systems; Proceedings of SAROD S. Kishore Kumar,Indira Narayanaswamy,V. Ramesh C

四海為家的人

Effect of Chord Variation on Subsonic Aerodynamics of Grid Fins, retaining the same gap and aspect ratio to explicitly decipher the role of chord on grid fin aerodynamics through numerical analysis. Solver validation is followed by comprehensive examination of the pertinent aerodynamic coefficient results associated with different grid fin chord variants. The st

Demonstrate

Jacket

Theoretical Design and Performance Evaluation of a Two-Ramp and a Three-Ramp Rectangular Mixed Compr the theoretical design stage, a 1D optimization criterion has been used to fix the ramp angles for theoretical maximum total pressure recovery (TPR), at on-design M 2.9 (shock-on-lip). Two different ramp designs (two and three ramps) have been considered for optimization, to find their effect on t

不如屎殼郎

PLUMP

Normal Shock Dynamics in Internal Supersonic Flows, in group I showed normal shock train oscillations and its structures at different duct locations. Group II studied about the shock oscillation when it stands on a hybrid micro vortex generator, while group III studied moving normal shock train. The shock structures have been visualized using high-s

AER

incision

3D Computational Studies of Flapping Wing in Frontal Gusty Shear Flow, A rigid wing with semi-elliptical wing planform with asymmetric 1 DoF flapping kinematics was exposed to a gusty shear flow. The shear gradient of the flow was varied from ?10 to +10 in steps of 5. Computation studies were carried out for Re?=?150 which lies in the typical flight Reynolds number ra

FLAIL

Investigation of Wind Tunnel Blockage Effect on Liftoff Aerodynamics of a Launch Vehicle Through Opis often carried out using low speed wind tunnel tests. Presence of tunnel walls affect aerodynamic coefficients due to the blockage introduced by the model to the flow. The effect of blockage is investigated in the current study through CFD simulations with and without wind tunnel walls on a launch

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Observation of Low-Frequency Shock Oscillation Over a Forward-Facing Step, (FFS) of step height equals twice the oncoming boundary layer thickness. Particle Image Velocimetry (PIV) is the primary methodology used to study the unsteady shock oscillation phenomena. Prior studies show shock oscillates one or two orders smaller than the characteristics frequency of the incomi

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