Comparison of propellant sloshing parameters obtained from model and full-size Centaur liquid-oxygen tanks
Comparison of propellant sloshing and pendulum analogy parameters from Centaur liquid-oxygen tanks
SEARCH · Search NASA
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Comparison of propellant sloshing and pendulum analogy parameters from Centaur liquid-oxygen tanks
Evaluation of flexible and rigid ring baffles for liquid slosh suppression
Mathematical model using Euler-Lagrange equation to investigate liquid slosh effects on rendezvous dynamics
Nondimensional theoretical and experimental pressures and forces acting on flat ring baffle under sloshing conditions
Flexible baffle effect on nature and magnitude of damping and sloshing motions of liquid propellants over wide range of conditions
Planar and rotary sloshing motion of liquid, using analytic mechanical model that consists of mass point constraint to parabolic surface
Liquid sloshing in scale model Centaur liquid hydrogen tank
Role of liquid sloshing in attitude stability equations of liquid propellant space vehicles
Low gravity liquid sloshing in rigid cylindrical tank
Liquid equilibrium configurations and disturbances of vehicle motion due to liquid sloshing in space
Hydrodynamic theory and lateral sloshing behavior for various moving rigid propellant tank shapes
Nonlinear effects in lateral sloshing due to propellant tank geometries
Viscous damping of liquid motions and lateral sloshing in rigid tanks
Dimensional analysis applied to simulation of liquid sloshing
Effect of Reynolds number on slosh damping by flat ring baffles
Flight test of WASP rocket to study slosh dynamics in near zero gravity
Small amplitude lateral sloshing in cylindrical tank with hemispherical bottom under low gravitational conditions
Low gravity liquid sloshing in arbitrary asisymmetric tank performing translational oscillations