Wind-tunnel studies of ground-wind loads on Saturn launch vehicles.
Transonic wind tunnel studies of ground-wind loads on aeroelastic models of Saturn launch vehicle, investigating structural damping, wind velocity and azimuth angle
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Transonic wind tunnel studies of ground-wind loads on aeroelastic models of Saturn launch vehicle, investigating structural damping, wind velocity and azimuth angle
Transonic wind tunnel studies of ground-wind loads on aeroelastic models of Saturn launch vehicle, investigating structural damping, wind velocity and azimuth angle
Contactor characteristics and power relay design for application in Saturn launch vehicle systems
Dynamic testing of Saturn vehicles and role in control system design
The paper discusses the technical challenge confronting the developers of the Saturn series of launch vehicles to meet the commitment to land a man on the moon. The challenge ranged from the development and clustering of high-thrust, high-specific-impulse cryogenic rocket engines and associated in-flight conditioning and ignition, to the problems inherent in the application of a variety of materials at cryogenic temperatures. This paper presents the more significant of these specific design accomplishments, along with the system design approach essential to the development of the rocket engines, propellant tanks and feed systems, and avionic systems. Emphasis is placed on the integration of the major components into a multiple-stage launch vehicle capable of injecting the Apollo CSM and LEM into a cislunar trajectory and, with minor modification, placing the Skylab space station into low earth orbit.
Saturn I launch vehicle, Saturn IB launch vehicle, and Saturn V launch vehicle components and configuration
Saturn I launch vehicle, Saturn IB launch vehicle, and Saturn V launch vehicle components and configuration
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Saturn launch vehicle, discussing methods of increasing payload capacity, engine improvements, propellant substitution, etc
Mechanical and electromechanical systems and devices for launch complex of Saturn I /SA-8/ LAUNCH vehicle
Pneumatic system for distributing nitrogen and helium to Saturn I /SA-10/ launch vehicle
Inflight stage separation and flight termination system for Saturn I /SA-10/ launch vehicle
Failure analysis of component systems in Saturn I launch vehicle, Saturn S- I stage, Saturn S- IV stage, and Saturn I /SA-5/ LAUNCH vehicle
Chemical and chemical radiative effects on base flow field of multiple nozzled launch vehicles of Saturn launch vehicle type
Saturn 5 launch vehicle navigation system design, discussing configurations, implementation schemes, system tradeoffs and performance
Analysis of gust penetration loads and associated elastic vehicle response of Saturn 5 launch vehicles AS-505 through AS-508 penetrating sinusoidal gusts
Performance capability and vehicle dynamics of Saturn 5 launch vehicle for two engine out malfunctions for Saturn S-1C stage
Modifications on S-IC, S-II, and S-IVB stages of Saturn V launch vehicle