Aerodynamic effects of bulbous bases
Aerodynamic characteristics of blunt space capsules and slender reentry bodies with bulbous bases
Ericsson, L. E.↗
Engineering topics
Ericsson, L. E.
Publications and source records attributed to Ericsson, L. E..
Unsteady airfoil stall
Dynamic and static stall data in relation to airfoil stall at subsonic speeds
Ericsson, L. E.↗
Nonexistence of axisymmetric separated flow.
Axisymmetric separated flow in Chapman model shown nonexistent by flow visualization technique
Ericsson, L. E.↗
Effects of shock-induced separation Technical summary report
Supersonic and subsonic shock wave boundary layer separation studies on aeroelasticity of Saturn launch vehicles
Ericsson, L. E.↗
Steady and unsteady terminal shock aerodynamics on cone cylinder bodies
Effects of shock induced boundary layer separation on cone cylinder body aerodynamics
Ericsson, L. E.↗
Aerodynamic effects of bulbous bases
Separated flow effect on dynamic behavior of bulbous-based reentry vehicles
REENTRY VEHICLE↗
Loads on bodies in wakes.
Loads on bodies in wakes resulting from crossflow at submerged body or from wake translation over submerged body, noting dynamic instability
AERODYNAMIC LOAD↗
An application of automatic carpet plotting to wind-tunnel data reduction.
Automatic carpet plotting applicability to reduction of wind tunnel data
DATA REDUCTION↗
Aeroelastic instability caused by slender payloads.
Terminal shock-boundary layer interaction on slender cone-cylinder payloads at supersonic speeds and resulting flow separation
FLOW SEPARATION↗
Aeroelastic instability caused by slender payloads.
Terminal shock-boundary layer interaction on slender cone-cylinder payloads at supersonic speeds and resulting flow separation
SHOCK WAVE↗
The aeroelastic characteristics of the Saturn IB SA-203 launch vehicle
Aeroelastic properties, and effects of boundary layer-terminal shock wave interaction on Saturn IB SA-203 launch vehicle
AEROELASTICITY↗
Loads on bodies in wakes.
Loads on bodies in wakes resulting from crossflow at submerged body or from wake translation over submerged body, noting dynamic instability
AERODYNAMIC LOAD↗
Dynamics of separated flow over blunt bodies Technical summary report
Experimental static loads and quasi-steady methods for determining dynamics of separated flow over blunt bodies
BLUNT BODY↗