In April of 1957, a Jupiter Intermediate Range Ballistic Missile was terminated 90 seconds after launch due to propellant slosh. Ever since the launch of the early high-efficiency rockets, controlling liquid fuel slosh within a launch vehicle has been a major design concern. Moreover, with today’s large and complex spacecraft, a substantial mass of fuel is necessar
The nutation (wobble) of a spinning spacecraft in the presence of energy dissipation is a well-known...
Examples of control problems occurring during flight tests of fighter aircraft are well documented. ...
“The thrust vector control problem for an upper-stage rocket with propellant slosh dynamics is consi...
Ever since the launch of the early high-efficiency rockets, controlling liquid fuel slosh within a l...
Ever since the launch of the early high-efficiency rockets, controlling liquid fuel slosh within a l...
Liquid sloshing within spacecraft propellant tanks causes rapid energy dissipation at resonant modes...
One of the challenges of developing flight control systems for liquid-propelled space vehicles is en...
Examples of control problems occurring during flight tests of fighter aircraft are well documented. ...
Future re-ignitable cryogenic upper stages per-form long ballistic coasting phases in Earth orbit. D...
Resonant effects and energy dissipation due to sloshing fuel inside propellant tanks are problems th...
Future reignitable cryogenic upper stages perform long ballistic coasting phases in earth orbit. Dur...
This paper studies the modeling and control problem for planar maneuvering of space vehicles with fu...
Thesis (M.S., Mechanical Engineering)--California State University, Sacramento, 2012.NASA is current...
During thrust maneuvers, the sloshing of fuel in partially filled tanks could interact with the cont...
Ground tests of solid propellant rocket motors have shown that metal-containing propellants produce ...
The nutation (wobble) of a spinning spacecraft in the presence of energy dissipation is a well-known...
Examples of control problems occurring during flight tests of fighter aircraft are well documented. ...
“The thrust vector control problem for an upper-stage rocket with propellant slosh dynamics is consi...
Ever since the launch of the early high-efficiency rockets, controlling liquid fuel slosh within a l...
Ever since the launch of the early high-efficiency rockets, controlling liquid fuel slosh within a l...
Liquid sloshing within spacecraft propellant tanks causes rapid energy dissipation at resonant modes...
One of the challenges of developing flight control systems for liquid-propelled space vehicles is en...
Examples of control problems occurring during flight tests of fighter aircraft are well documented. ...
Future re-ignitable cryogenic upper stages per-form long ballistic coasting phases in Earth orbit. D...
Resonant effects and energy dissipation due to sloshing fuel inside propellant tanks are problems th...
Future reignitable cryogenic upper stages perform long ballistic coasting phases in earth orbit. Dur...
This paper studies the modeling and control problem for planar maneuvering of space vehicles with fu...
Thesis (M.S., Mechanical Engineering)--California State University, Sacramento, 2012.NASA is current...
During thrust maneuvers, the sloshing of fuel in partially filled tanks could interact with the cont...
Ground tests of solid propellant rocket motors have shown that metal-containing propellants produce ...
The nutation (wobble) of a spinning spacecraft in the presence of energy dissipation is a well-known...
Examples of control problems occurring during flight tests of fighter aircraft are well documented. ...
“The thrust vector control problem for an upper-stage rocket with propellant slosh dynamics is consi...