Propellant dynamic problems in space shuttle vehicles, part 2 Final report
Liquid propellant dynamic problems in space shuttle vehicles
Engineering topics
Publications and source records attributed to Dodge, F. T..
Liquid propellant dynamic problems in space shuttle vehicles
Studies of propellant sloshing under low gravity conditions
Magnetic fluid simulation of low gravity liquid sloshing
Dynamic behavior of liquid propellants in launch vehicles
Simulated low gravity propellant sloshing in spherical, ellipsoidal and cylindrical tanks, discussing Bond number simulation and tank geometry effects
Simulated low gravity propellant sloshing in spherical, ellipsoidal and cylindrical tanks, discussing Bond number simulation and tank geometry effects
Mechanical model for propellant sloshing in irregular compartmentation of S-4B Workshop configuration during roll and lateral excitations
Liquid sloshing under moderately low simulated gravity in oblate ellipsoidal tank geometries
Viscous flow-induced vibrations of elastically restrained flat plates in narrow channel, considering one dimensional viscous flow theory
Hydraulic flow approximation for flow induced vibration analysis on flat plate suspended in narrow channel
Simulated low gravity sloshing in spherical and cylindrical tanks with inverted ellipsoidal bottoms
Simulated low gravity liquid sloshing in cylindrical tanks, emphasizing small liquid depth and smooth wall viscous damping effects
Simulated low gravity sloshing in cylindrical tanks including effects of damping and small liquid depth
Damping coefficients for rigid and flexible ring baffles for slosh suppression
Liquid sloshing at simulated low gravity in rigid cylindrical tank, noting analytical model and experimental results
Small diameter tanks and magnetic fluids for laboratory simulation of low-gravity liquid behavior
Low gravity liquid sloshing in rigid cylindrical tank