Vertical excitation of propellant tanks
Dynamic response of liquids during vertical excitation of propellant tanks
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Dynamic response of liquids during vertical excitation of propellant tanks
Propellant impact loading on tank bulkheads induced by maneuvering or docking of spacecraft in low gravity environment, and thrust termination in atmosphere
Effectiveness of lightweight flexible and rigid ring baffles for damping liquid oscillations in large scale cylindrical tanks
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
Symmetric and antisymmetric tank modes of free fluid surface motion under random excitation
Fluid behavior in cylindrical tank under relatively low frequency random longitudinal excitation
Fluid behavior in unbaffled circular cylindrical tank under relatively low frequency random lateral excitation
Damping of liquid oscillations in cylindrical tanks, determining rigid and flexible baffle loss coefficients, baffle efficiency and maximum bending stress
Linear shell theory for nonlinear transverse coupled vibrations of partially filled circular cylindrical elastic tank
Low gravity liquid hydrogen tank venting, considering systems with heat exchange for space missions
Linear shell theory for nonlinear transverse coupled vibrations of partially filled circular cylindrical elastic tank
Liquid sloshing cylindrical tank with elastic bottom for investigating surface tension effect at liquid gas interface of partly filled container
Flight strain gauge system for Centaur /AC-6/ LIQUID hydrogen fuel tank skin
Based on the published literature record, this document provides an overview of the research and development of glass bubbles bulk-fill thermal insulation systems for cryogenic equipment in general and, in particular, for large-scale cryogenic liquid hydrogen (LH2) storage spheres. Glass bubbles (also known as hollow glass microspheres) are used in place of perlite powder which began use in double-wall cryogenic tanks in the 1930s. Included in this overview is a historical summary, a development timeline, a selected publications list, and the key technical points from those publications.
The forward bipod system provides a robust attachment between the Space Shuttle Orbiter and the External Tank. Closed-form analyses were performed to determine how much additional load-carrying capability exists in this system beyond the current certified load limits. Results of these analyses suggest that the forward bipod system is capable of carrying loads that are at least 25 percent greater than the current flight limit loads, and possibly even more if lower safety factors are allowed. The forward bipod system may also have additional load-carrying capabilities, given the conservative nature of these analyses.
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Explosive forming technique to produce torus tank sump segments of aluminum alloy 7039