Nonconical theory of flow past slender wing bodies with leading-edge separation
Nonconical theory of flow past slender wing bodies with leading edge separation
SEARCH · Engineering Papers
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Nonconical theory of flow past slender wing bodies with leading edge separation
Effect of blade leading edge thickness on cavitation performance of helical inducer in hydrogen
Leading edge design for hypersonic reentry vehicles
Cavitating and noncavitating performance of helical inducer with blunt blade leading edges in liquid hydrogen
Leading edge suction analogy for predicting low speed lift and drag-due-to-lift characteristics of sharp edge delta and related wing planforms
Thunderstorm cold air outflow leading edge structure recorded by NASA meteorological tower at Kennedy Space Center
Iron troilite meteorites lead isotopic, Pb and U concentrations, considering fractionation and terrestrial contamination effects
Tuned resonant test for measuring damping characteristics of lead and asbestos filled epoxy- polysulfide copolymer
Supersonic leading edge problem solved by ellipsoidal model using discrete ordinate method compared with BGK model solution
Lead ion effects on single crystal zinc dissolution and electrodeposition in alkaline solutions investigated microscopically
Slender wings leading edge vortex flow effect on roll damping at subsonic speeds
Lead and thallium isotopic compositions of Apollo 11 fines compared with meteorites and earth for lunar surface age determination
Tables of uranium thorium lead isotopic decay and growth functions for radioactive age determinations
Isotopic lead and thallium analysis of rocks, meteorites, and lunar samples
Procedure for segmenting lead telluride and silicon germanium thermoelectric elements to obtain composite elements effective over wide temperature range
Beam lead technology for microcircuit interconnections with applications to metallization, passivation, and bonding
Bismuth and lead surface coatings for gas bearings in aerospace engineering
Construction of leading edges of surfaces for aerial vehicles performing from subsonic to above transonic speeds