Vortex-lattice FORTRAN program for estimating subsonic aerodynamic characteristics of complex planforms
Vortex-lattice FORTRAN program for estimating subsonic aerodynamic characteristics of complex planforms
Engineering topics
Publications and source records attributed to Margason, R. J..
Vortex-lattice FORTRAN program for estimating subsonic aerodynamic characteristics of complex planforms
Propulsion device-induced effects on V/STOL aircraft aerodynamics in hover and transition flight
Jet induced flow field effects on V/STOL aircraft in subsonic transition flight
Jet-wake characteristics and aerodynamic effects on V/STOL aircraft
Jet-wake cross section analysis for jet exhausting in free stream flow
Aerodynamic characteristics of COIN aircraft model with boundary layer control on inverted V-tail
Path and shape of jet directed at large angles to subsonic free stream
Wind tunnel tests of a VTOL jet fighter to determine aerodynamic characteristics including stability
Vortex lattice is used to describe the lifting surface of an arbitrary wing planform in steady potential subsonic compressible flow in computer program which calculates wing aerodynamic characteristics. Estimates of flow field characteristics in the vicinity of a lifting wing can also be programmed.
Static calibration of ejector unit for simulation of jet engines in small-scale wind tunnel models of VTOL aircraft
Longitudinal stability and control characteristics of powered model of twin-propeller deflected-slipstream STOL aircraft configuration
Jet induced lift diminution on VTOL aircraft hovering in and out of ground effect
Performance characteristics of jet-powered VTOL FIGHTER aircraft in transition from hovering to forward flight
Wind tunnel tests of static lateral and directional control of twin-propeller deflected slipstream STOL aircraft