An approximate determination of the lift of slender cylindrical bodies and wing-body combinations at very high supersonic speeds
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LIFT - BODIES↗
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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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The "B" in the Selinger Four-Compartment body composition formula should be body mineral instead of bone mineral
No abstract available
NASA Program Biomedical Research and Countermeasur↗
Energy intake, body weight, and lean body mass are maintained in healthy, active women consuming a US Space Shuttle diet
No abstract available
NASA Discipline Regulatory Physiology↗
Reduction of wave drag of wing-body combinations at supersonic speeds through body distortions
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Pits, W. C.↗
Aerodynamics of bodies, wings, and wing-body combinations at high angles of attack and supersonic speeds
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Nielsen, J. N.↗
Analysis of body calcium (regional changes in body calcium by in vivo neutron activation analysis)
The effect of space flight on urine and fecal calcium loss was documented during the three long-term Skylab flights. Neutron activation analysis was used to determine regional calcium loss. Various designs for regional analysis were investigated.
Suki, W.↗
Impingement of cloud droplets on aerodynamic bodies as affected by compressibility of air flow around the body
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Brun, R. J.↗
Calculation of transonic flows over bodies of varying complexity using slender body theory
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Rajagopal, Karunamurthy↗
Pitching-moment Derivatives Cmq and Cma at Supersonic Speeds for a Slender-delta-wing and Slender-body Combination and Approximate Solutions for Broad-delta-wing and Slender-body Combinations
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Henderson, Arthur, Jr↗
Impingement of cloud droplets on aerodynamic bodies as affected by compressibility of air flow around the body
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METEOROLOGY↗
Approximate theory for calculation of lift of bodies, afterbodies, and combinations of bodies
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Moskowitz, Barry↗
Theoretical investigation of the effects upon lift of a gap between wing and body of a slender wing-body combination
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Dugan, Duane W↗
General theory of wave-drag reduction for combinations employing quasi-cylindrical bodies with an application to swept-wing and body combinations
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Nielsen, Jack N↗
The Flow past an Unswept-and a Swept-wing-body Combination and Their Equivalent Bodies of Revolution at Mach Numbers near 1.0
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Lindsey, Walter F↗
Drag measurements at transonic speeds of two bodies of fineness ratio 9 with different locations of maximum body diameter
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Thompson, Jim Rogers↗
Results of Flight Tests at Supersonic Speeds to Determine the Effect of Body Nose Fineness Ratio on Body and Wing Drag
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Katz, Ellis R↗
Drag of a Wing-body Configuration Consisting of a Swept-forward Tapered Wing Mounted on a Body of Fineness Ratio 12 Measured During Free Fall at Transonic Speeds
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Thompson, Jim Rogers↗
Free-fall Measurements at Transonic Velocities of the Drag of a Wing-body Configuration Consisting of a 45 Degree Swept-back Wing Mounted Forward of the Maximum Diameter on a Body of Fineness Ratio 12
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Mathews, Charles W↗