Engineering topics
Publications and source records attributed to Garza, L. R..
Two distinct fundamental modes are shown to exist for liquid sloshing in a tilted cylindrical tank. The 'long' mode is excited by tank motions parallel to the long axis of the elliptical free surface, the 'short' mode by tank motions perpendicular to it. Experiments show that the natural frequencies of both modes decrease as the tilt increases, and the slosh damping decreases markedly with increased tilt for the long mode.
Magnetic fluid sloshing in solenoidal magnetic field, describing fluid free surface waves similarity to ordinary liquid waves in reduced gravity field
Liquid propellant sloshing in tilted axisymmetric cylindrical tanks for space shuttle applications
Magnetic fluid simulation of low gravity liquid sloshing
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
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
Lateral sloshing of liquid in spheroidal containers
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
Low gravity liquid sloshing in rigid cylindrical tank
Evaluation of flexible and rigid ring baffles for liquid slosh suppression
Action of pressures and loading forces on ring baffle under sloshing conditions