Solid propellant rocket motor performance computer programs using the group transformation method
Solid propellant rocket engine performance computer programs using group transformation method
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.
Solid propellant rocket engine performance computer programs using group transformation method
Design modifications, proof test, and delivery program of igniters for Recruit rocket engines
Solid propellant ignition and ignition propagation for rocket exhaust and hypergolic-type igniters
Explore the source record for details and available documents.
Design, development, and qualification testing of Castor IIA rocket engine for second stage Scout launch vehicle application
Sensory deprivation effects on human sensory, perceptual, and physiological mechanisms
Spectral emissivity of carbon particles in exhaust gases of rocket engines using oxygen and RP-1 PROPELLANTS
In-flight performance of solid propellant rocket engine for Delta launch vehicle
Nonlinear aspects of combustion instability in liquid propellant rocket engines
Theoretical analysis of heat transfer in solid propellant rocket exhaust plumes by use of temperature probe located in plume environment
Static and dynamic combustion phenomena effects on grain structural design for solid propellant rocket engine
Solid rocket engine propellant grain structural dynamics including elastic and viscoelastic deformations, stress and shear vibration modes, natural frequency calculations, etc, using Fourier inversions and transforms
Third 260-inch diameter solid propellant rocket engine test firing
Liquid metal collectors for spacecraft ultra low voltage power source
Gas dynamic model for nonlinear combustion instability analysis in liquid propellant rocket engines
Design, fabrication, and test firing of 260 inch diameter solid rocket engine
Static tests of 65 inch diameter subscale rocket engines to evaluate nozzle fabrication methods, nozzle materials, liner material, case insulation, and propellant
Experimental, and theoretical evaluations of acoustic liners for screech suppression in rocket engines