Cooled baffle development for M-1 engine using a subscale rocket engine
Film and transpiration cooled baffles for M-1 engine
Conrad, E. W.↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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An experimental study of liquid flow into a baffled spherical tank during weightlessness
Liquid flow into baffled spherical tank during weightlessness
Abdalla, K. L.↗
Stabilizing effects of several injector face baffle configurations on screech in a 20,000 pound-thrust hydrogen-oxygen rocket
Stability effects of several injector face baffle configurations on screech in hydrogen-oxygen rocket
Bloomer, H. E.↗
Metallurgical analysis of a 504 vehicle oxidizer tank ring baffle web, 60B12550-1 failure
Tensile testing, optical and electron fractography, conductivity testing, and chemical analysis of structural failure of oxidizer tank ring baffle web
Schwartz, C. B.↗
Light radiation direction indicator with a baffle of two parallel grids
Light radiation direction indicator with baffle of two parallel grids
Mildice, J. W.↗
A study of baffle effects on flow behavior under low-g conditions.
Circular baffle mounted above flat-bottomed cylindrical tank outlet, discussing effect on remaining tank fluid volume and flow behavior under low gravity conditions
Lee, C. C.↗
Analysis of the Acoustic Behavior of Baffled Combustion Chambers
Acoustic behavior of baffled combustion chambers
Oberg, C. L.↗
Effect of outlet baffling on liquid residuals for outflow from cylinders in weightlessness
Effect of outlet baffling on liquid residuals for outflow from cylinders in weightlessness
Berenyi, S. G.↗
Dielectrophoretic baffling to control vapor ingestion in weightlessness
Dielectrophoretic baffling to control vapor ingestion in weightlessness
Berenyi, S. G.↗
A study of high frequency nonlinear combustion instability in baffled annular liquid propellant rocket motors. Volume 2 - A user manual for computer programs TRDL and TRDPLT Final report, 25 Aug. 1969 - 25 Sep. 1970
User manual for computer programs to determine high frequency instability in baffled annular liquid propellant rocket engines - Vol. 2
Burstein, S. Z.↗
A study of high frequency nonlinear combustion instability in baffled annular liquid propellant rocket motors, volume 1 Final report, 25 Aug. 1969 - 25 Sep. 1970
High frequency nonlinear combustion instability in baffled annular liquid propellant rocket engines - Vol. 1
Burstein, S. Z.↗
Flexible ring slosh damping baffle Patent
Flexible ring slosh damping baffle for spacecraft fuel tank
Brooks, G. W.↗
Engineering study of flexible baffles for slosh suppression
Analysis of aluminum and nonmetallic baffles for use with oxygen containers to prevent sloshing
Dodge, F. T.↗
Analysis of the Wave Motion in Baffled Combustion Chambers
Variational-iterational technique for predicting wave motion and instability frequencies in baffled combustion chambers
Oberg, C. L.↗
An expression for ring-baffle-slosh-damping under reduced gravity conditions
Liquid sloshing in liquid propellant containing orbiting vehicle stabilized by active control system, examining expression for ring baffle slosh damping under reduced gravity
Buchanan, H. J.↗
Baffle to confine glow discharge in ion pump
Electrically-grounded "optically tight' baffle installed downstream from conventional metal screen prevents discharge from entering test chamber and disturbing test process.
Wang, E. S. J.↗
Radiation resistance of a baffled beam.
The radiation resistance of a beam is theoretically determined from the total acoustic power radiated into the farfield. The beam is supported in an infinite baffle, with both hinged and clamped supports considered. Asymptotic solutions are derived for frequencies well below the critical frequency. Curves, covering the entire frequency range between the low- and high-frequency asymptotic solutions, are obtained through numerical integration for the first ten modes of beams with various width-to-length ratios. For frequencies well below the critical frequency, the ratio of the radiation resistance of a beam clamped at each end to that of a beam hinged at each end is 0.851 for the first mode, 0.711 for the second mode, and asymptotically approaches 2 as the mode number tends to infinity. For both hinged and clamped supports, the radiation resistance of all modes increases with the beam width-to-length ratio.
Wallace, C. E.↗
Effect of baffles on inflow patterns in spherical containers during weightlessness
An experimental investigation of isothermal liquid inflow patterns in a spherical container during weightlessness was conducted in a 2.2-Second Zero-Gravity Facility. The test liquids employed exhibited an essentially zero-degree static contact angle on the surface of the container. Qualitative results are presented for both baffled and unbaffled containers describing the uniformity of tank wall wetting and the liquid loss through two symmetrically located vents.
Labus, T. L.↗