Flat flames in tubes - Easy fundamental flame speed measurements
Flat flames in stationary gas in tubes useful for flame speed measurements without correction procedure
Fletcher, E. A.↗
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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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Laminar Reynolds analogy factor on a sharp flat plate at Mach 10.4
Values measured on sharp flat plate in 10.4 Mach boundary layer induced pressure gradient, discussing effects of wall pressure and temperature gradients
Stone, H. W.↗
Aerodynamic forces and heat transfer on shielded flat plates in a free molecule flow
Aerodynamic forces and heat transfer on shielded flat plates in free molecular flow calculated by Monte Carlo technique
Fan, C.↗
On the flow of an unsteady, compressible boundary layer over an accelerating semi- infinite flat plate
Unsteady boundary layer in compressible fluid laminar flow over accelerating semiinfinite flat plate
Schreier, S.↗
Flat-conductor cable has rotary and linear flexibility
Report describes capabilities and limitations of flat-conductor cable /FCC/ relative to flexure in bending, folding, rotating, and extending, it also compares FCC mechanical and endurance characteristics with round-wire cable, and compares qualities of various types of insulation for FCC. Several configurations exemplify FCC flexibility.
Carden, J. R.↗
Heat Transfer on a Flat Plate in Continuum to Rarefied Hypersonic Fows at Mach Numbers of 19.2 and 25.4
Surface heat transfer rates measured on flat plates in hypervelocity shock tunnel
Nagamatsu, H. T.↗
Flat conductor cable termination development program Final report
Development program for methods of terminating flat conductor cable to small electrical components used on electrical displays and control panels
Gibb, R. W.↗
A comparison of spherical and triangular boundary-layer trips on a flat plate at supersonic speeds
Comparison of spherical and triangular boundary layer trips on flat plate at supersonic speed
Harper, W. R., Jr.↗
Forces due to air and helium jets impinging normal to a flat plate for near-vacuum and sea-level ambient pressures
Loads due to air and helium jets impinging normal to flat plate for near vacuum and sea level ambient pressures
Hoffman, S.↗
Flat cable applications engineering study, phase 3, volume 1 Final report
Research progress in developing shielded flat-cable and termination method
Source record↗
Residual stresses developed in molding a flat sheet of a chemically-hardening relatively incompressible material
Approximation of residual thermal stresses in flat sheet molded from chemical hardening materials
Levitsky, M.↗
Method of making shielded flat cable Patent
Shielded flat conductor cable fabricated by electroless and electrolytic plating
Angele, W.↗
Drag coefficients for partially inflated flat circular parachutes
Free-body tests of flat circular parachutes and determination of aerodynamic drag coefficients during partial inflation
Scher, S. H.↗
Shock induced boundary layer over a semi-infinite flat plate. Part 2: Complete problem
Numerical analysis of shock induced boundary layer flow on semi-infinite flat plate - Part 2
Abbott, Douglas E.↗
Vibration Studies of a Flat Plate and a Built-up Wing
Comparison of finite element computer programs for analysis of clamped flat plate and built-up wing vibration frequencies
Starnes, J. H., Jr.↗
Flat conductor cable connector survey of 1970
Commercial and governmental flat conductor cable for connenting and terminating hardware
Angele, W.↗
Shock induced boundary layer over a semi-infinite flat plate. Part 1: Flow in the immediate vicinity of the shock wave
Laminar, two dimensional boundary layer generated in immediate vicinity of plane shock wave moving over flat plate into gas initially at rest
Abbott, D. E.↗
Drag force measurements of a compressible turbulent boundary layer on an adiabatic smooth flat plate
Compressible turbulent boundary layer skin friction measurements on adiabatic flat plate, discussing drag balance calibration
Howell, R. H.↗