Add to ORKGAcousto-ultrasonic (AU) measurements were performed on a series of tensile specimens composed of 8 laminated layers of continuous, SiC fiber reinforced Ti-15-3 matrix. The following subject areas are covered: AU signal analysis; tensile behavior; AU and interrupted tensile tests; AU and thermally cycled specimens; AU and stiffness; and AU and specimen geometry
Due to their higher strength-weight ratio, greater stiffness, stronger corrosion and wear resistance...
High-temperature materials are of increasing importance in the development of more efficient engines...
A brief summary of the progress of the research in the internal structural characterization of metal...
Acousto-ultrasonic (AU) interrogation is a single-sided nondestructive evaluation (NDE) technique em...
Three types of acousto-ultrasonic (AU) measurements, stress-wave factor (SWF), lowest antisymmetric ...
The numerous potential applications of metal matrix composites (MMCs) in the military and aerospace ...
The work reported covers three simultaneous projects. The first project was concerned with: (1) esta...
Acousto-ultrasonic nondestructive evaluation of ceramic composite specimens with a lithium-alumino-s...
Acousto-ultrasonic (A-U) decay rates (UD) were measured in metal matrix composite (MMC) panels. The ...
The nature and underlying rationale of the acousto-ultrasonic approach is reviewed, needed advanced ...
Acousto-ultrasonics is an ultrasonic technique that was originally devised to cope with the particul...
Acousto-ultrasonic (AU) investigation is a single-sided nondestructive evaluation technique employin...
A NdYAG 1064 nm, laser pulse was employed to produce ultrasonic waves in specimens of SiC/SiC and Si...
The acousto-ultrasonic approach for nondestructive evaluation provides a measurement procedure for q...
Acousto-ultrasonics (AU) uses a pair of transducers to characterize distributed damage in composite ...
Due to their higher strength-weight ratio, greater stiffness, stronger corrosion and wear resistance...
High-temperature materials are of increasing importance in the development of more efficient engines...
A brief summary of the progress of the research in the internal structural characterization of metal...
Acousto-ultrasonic (AU) interrogation is a single-sided nondestructive evaluation (NDE) technique em...
Three types of acousto-ultrasonic (AU) measurements, stress-wave factor (SWF), lowest antisymmetric ...
The numerous potential applications of metal matrix composites (MMCs) in the military and aerospace ...
The work reported covers three simultaneous projects. The first project was concerned with: (1) esta...
Acousto-ultrasonic nondestructive evaluation of ceramic composite specimens with a lithium-alumino-s...
Acousto-ultrasonic (A-U) decay rates (UD) were measured in metal matrix composite (MMC) panels. The ...
The nature and underlying rationale of the acousto-ultrasonic approach is reviewed, needed advanced ...
Acousto-ultrasonics is an ultrasonic technique that was originally devised to cope with the particul...
Acousto-ultrasonic (AU) investigation is a single-sided nondestructive evaluation technique employin...
A NdYAG 1064 nm, laser pulse was employed to produce ultrasonic waves in specimens of SiC/SiC and Si...
The acousto-ultrasonic approach for nondestructive evaluation provides a measurement procedure for q...
Acousto-ultrasonics (AU) uses a pair of transducers to characterize distributed damage in composite ...
Due to their higher strength-weight ratio, greater stiffness, stronger corrosion and wear resistance...
High-temperature materials are of increasing importance in the development of more efficient engines...
A brief summary of the progress of the research in the internal structural characterization of metal...