Oxidation and Embrittlement in Silicide-coated Columbium-alloy and Aluminide-coated Tantalum- Alloy Sheet
Oxidation and embrittlement in silicide coated niobium alloy and aluminide coated tantalum alloy sheet
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Oxidation and embrittlement in silicide coated niobium alloy and aluminide coated tantalum alloy sheet
Salt stress corrosion of Ti-8Al-1Mo alloy sheet at elevated temperatures - surface treatment effect
Passive instrumentation and stimuli generation for Saturn IB equipment checkout - instrument unit data sheets
X-ray diffraction measurement of residual stresses in titanium alloy sheet
Fabrication of lightweight turbine components for M-1 engine oxidizer turbopump using electron beam welding for attaching sheet metal blades to discs and shrouds
Particle acceleration in neutral sheet of geomagnetic tail in two models and implications for auroral and solar activities
Reflection coefficient of transverse electromagnetic mode parallel plate waveguide illuminating perfectly reflecting sheet
Ultrahigh strength low density aluminum sheet and plate composites
Effects of high initial tensile and compressive loads and elevated temperatures on room temperature fatigue life of notched titanium alloy sheets
Working equations for dimensions and orientation of impinging propellant sheets in liquid rocket engine injectors
Two-dimensional steady MHD flow with resolution of neutral sheets into intermediate and slow waves
Two-fluid, impinging-sheet propellant injector reduces the severe erosion found to occur when ejector elements are directly exposed during throttling without the benefits of a cooling flow of the propellant liquids. It greatly improves combustion efficiency by venting the secondary stream of combustion gases generated by backspray reaction.
The specific experimental investigation undertaken was designed to answer these questions on Ti-6Al-4V in the solution treated and aged condition. The defect growth and fracture characteristics were studied in parent (unwelded) and welded sheet material. The results of the study indicate that cryogenic proof testing will screen smaller size defects than proof testing at ambient conditions. However some unusual crack growth behavior during the proof test simulation suggests that some further study be made of stress and time duration effects.
Magnetospheric radiation belt and tail plasma sheet
Residual static strength and slow crack growth behavior of duplex annealed Ti-8Al-1Mo-1V sheet
Environmental exposure effects on mechanical properties of titanium alloy, stainless steel, aluminum alloy, and composite material sheets
Fourier transforms for aperture admittance of ground-plane-mounted waveguide illuminating conducting sheet
Texture strengthening and fracture toughness of titanium alloy sheet at room and cryogenic temperatures