Low gravity draining from hemispherically bottomed cylindrical tanks Final report
Finite difference model of low gravity draining of inviscid incompressible liquids from cylindrical tanks with hemispherical bottoms
Engineering topics
Publications and source records attributed to Satterlee, H. M..
Finite difference model of low gravity draining of inviscid incompressible liquids from cylindrical tanks with hemispherical bottoms
Small amplitude lateral sloshing in spheroidal containers under low gravitational conditions
Low gravity lateral liquid sloshing in hemispherically bottomed cylindrical tank, noting sloshing fundamental frequency reduction
Liquid propellant behavior under space flight conditions and predicting Apollo spacecraft liquid stability
Engineers handbook applicable in prediction of low gravity behavior of liquids in rocket propellant tanks
Small amplitude lateral sloshing in cylindrical tank with hemispherical bottom under low gravitational conditions
Annotated bibliography on low-g liquid propellant behavior
Analytical and experimental data on liquid-ullage coupling, and low gravity liquid-vapor interface stabilty
Hydrostatic and hydrodynamic behavior of liquid propellant at low and zero gravity
Liquid-gas interface shape in cylindrical rocket tanks under reduced gravity