CRACK PROPAGATION PREDICTION AND CRACK STOPPER TECHNIQUES FOR STIFFENED CYLINDERS IN A SUPERSONIC TRANSPORT ENVIRONMENT
Crack propagation prediction and crack stopper techniques for stiffened cylinders in a supersonic transport environment
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.
Crack propagation prediction and crack stopper techniques for stiffened cylinders in a supersonic transport environment
Principles of meteoroid protection - summary of hypervelocity impact data
Dynamic problems of launch vehicles and spacecraft reliability
Aerodynamic force and moment characteristics of spheres and cones at hypersonic speeds in methane-air combustion products
Hot extrusion technique for magnesium oxide, calcium oxide, and zirconium oxide
Phase change photographs used for quantitative aerodynamic heat transfer data with surface coating materials
IR spectral emission measurements for Teflon, Mylar and Dupont film H with application to detection of organic matter on Mars
Fusible thin film coatings used in determining aerodynamic heat transfer coefficients at hypersonic speeds
Separable brazed stainless steel tube joints using gold-nickel brazing alloy
Techniques and effects of hot extruding magnesium oxide
Ground wind load effect and viscous damping for Saturn V launch vehicle
Transformation of Lagrange multipliers and Euler equations to obtain control angle solutions by variational calculus
Measuring aerodynamic heating of wind-tunnel models by temperature sensitive paint, noting ambient pressure effect
Flow field, pressure distributions, and heat transfer distribution of several tension shell configurations at hypersonic speeds
Technique for hot extruding magnesium oxide
Alloy 718 applied to components of M-1 rocket engine
Theory, fabrication, and electric properties of lithium drifted silicon radiation detector with large sensitive volume
Tensile testing grip uniformly distributes stresses to the internal and external tube of bimetal tubing specimens. The grip is comprised of a slotted external tube grip, a slotted internal tube grip, a machine bolt and nut, an internal grip expansion cone, and an external grip compression nut.