Simulated low-gravity sloshing in cylindrical tanks including effects of damping and small liquid depth
Simulated low gravity sloshing in cylindrical tanks including effects of damping and small liquid depth
Dodge, F. T.↗
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Digital analysis of liquid propellant sloshing in mobile tanks with rotational symmetry
Digital computation of hydrodynamic forces and moments for liquid sloshing in propellant tanks with rotational symmetry
Lomen, D. O.↗
Simulated low-gravity sloshing in spherical tanks and cylindrical tanks with inverted ellipsoidal bottoms
Simulated low gravity sloshing in spherical and cylindrical tanks with inverted ellipsoidal bottoms
Dodge, F. T.↗
Dynamic stability of space vehicles. Volume 14 - Testing for booster propellant sloshing parameters
Recommended procedures for stability, control, and structural loading analysis of large liquid fueled rocket booster sloshing parameters
Eggleston, D. M.↗
Effects of liquid depth on lateral sloshing under weightless conditions
Effects of shallow liquid depths on lateral sloshing in cylindrical tanks under weightless conditions
Coney, T. A.↗
Analysis of propellant slosh dynamics and generation of an equivalent mechanical model for use in preliminary voyager autopilot design studies
Linearized dynamic equations and mechanical model for propellant sloshing in Lunar Excursion Module Descent Propulsion System /LEMDPS/
Lance, T. A.↗
An experimental study of the behavior of a sloshing liquid subjected to a sudden reduction in acceleration
Behavior of sloshing liquid column during acceleration reduction
Hastings, L. J.↗
On liquid sloshing in a cylindrical tank with a flexible bottom under strong capillary and weak gravity conditions.
Liquid sloshing cylindrical tank with elastic bottom for investigating surface tension effect at liquid gas interface of partly filled container
Chang, S.-C.↗
Interaction of a sloshing liquid with elastic containers.
Coupled oscillations of sloshing liquid in elastic rectangular and cylindrical tank, noting frequency changes due to level and container configuration
Bauer, H. F.↗
Behavior of a sloshing liquid subjected to a sudden reduction in axial acceleration.
Behavior of sloshing liquid in cylindrical tanks subject to sudden reduction in axial acceleration, noting center of gravity shift as function of Froude number
Hastings, L. J.↗
A zero-g slosh problem.
Limiting problem of totally wetting liquid sloshing in weightless environment
Koval, L. R.↗
Simulated low-gravity sloshing in cylindrical tanks including effects of damping and small liquid depth.
Simulated low gravity liquid sloshing in cylindrical tanks, emphasizing small liquid depth and smooth wall viscous damping effects
Dodge, F. T.↗
Lateral sloshing of liquid in spheroidal containers.
Lateral sloshing of liquid in spheroidal containers
Abramson, H. N.↗
Interaction of a sloshing liquid with elastic containers.
Coupled oscillations of sloshing liquid in elastic rectangular and cylindrical tank, noting frequency changes due to level and container configuration
Bauer, H. F.↗
Two hundred-inch multicell tank slosh tests
Resonant slosh frequency tests on cellular aluminum tank
Cooper, F. H.↗
Dielectrophoretic control of propellant slosh in low gravity Final report, 5 Jan. 1966 - 31 Mar. 1968
Analytical and experimental feasibility study for using electrohydrodynamic forces to stabilize sloshing cryogenic propellant
Hurwitz, M.↗
NASA space vehicle design criteria /structures/ - Propellant slosh loads
Propellant slosh load criteria for design of space vehicles
Source record↗
Lateral sloshing in cylinders under low-gravity conditions
Lateral sloshing in cylinders under low gravity conditions
Masica, W. J.↗