On automated ultrasonic measurement system

On wide frequency range airborne ultrasonic transducers

“…These are also the distances for the future experiments based on sonar heads for ultrasonic image generation. The complete set of measurements related to directivity has used the automated platform described in [13].…”

Fiber Glass Composite Laminates (Fgcl) Measurement Using 3 Axis Pulse Echo Scanning Unit

“…Moreover, some researcher tend to study and developed an automated ultrasonic inspection system such as development an automated disbond inspection system using an ultrasonic array for Metal Matrix Composite (MMC) tank track by D. Xiang et al [12], performed an automated buried pipeline condition assessment system in concrete pipes by Shivprakash et al [13], development of portable ultrasonic guided wave transducer arrays to rapidly screen large areas of many types of engineering structures for defects by A. Haigh et al [14], use of laser ultrasonics system to detect impact damage in samples of composite material as performed by J. M. S. Sakamoto et al [15]. Moreover, other researcher have developed online defect detection system as done by B. Mi et al [16] whose developed a portable ultrasonic system to automatically inspect tank track shoes for disbond while Silviu Epure et al [17] have describes a fully automated system for measurement of the ultrasonic for a frequency range from 40 to 300 kHz.…”