Heat transfer to a seeded flowing gas from an arc enclosed by a quartz tube
Radiative and forced convective heat transfer to flowing gas with carbon particles
CONVECTIVE HEAT TRANSFER↗
Engineering topics
Lanzo, C. D.
Publications and source records attributed to Lanzo, C. D..
Heat transfer to a seeded flowing gas from an arc enclosed by a quartz tube.
Gas seeding effect on total heat transfer in exchanger system having forced convection and radiation heat sources
HEAT EXCHANGER↗
Heat transfer to a seeded flowing gas from an arc enclosed by a quartz tube
Radiation and forced convective heat transfer to seeded flowing gas from arc enclosed by quartz tube
HEAT TRANSFER↗
Methods of testing the nasa plum brook reactor for its hydraulic characteristics
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Lanzo, C. D.↗
EXPERIMENTAL SPECTRAL TRANSMISSIVITY OF CARBON PARTICLE CLOUDS
Transmissivity of carbon particle clouds - spectral transmissivity & total transmissivity determined by total radiation detector
RADIATION DETECTOR↗
PLUM BROOK REACTOR FOR ITS HYDRAULIC CHARACTERISTICS
Testing the nasa plum brook reactor for its hydraulic characteristics
HYDRAULICS↗
Investigation of Noise Field and Velocity Profiles of an Afterburning Engine
Sound pressure levels, frequency spectrum, and jet velocity profiles are presented for an engine-afterburner combination at various values of afterburner fuel - air ratio. At the high fuel-air ratios, severe low-frequency resonance was encountered which represented more than half the total energy in the sound spectrum. At similar thrust conditions, lower sound pressure levels were obtained from a current fighter air craft with a different afterburner configuration. The lower sound pressure levels are attributed to resonance-free afterburner operation and thereby indicate the importance of acoustic considerations in afterburner design.
North, Warren J.↗