Sentence examples for ultrasonic engineering from inspiring English sources

"We're currently looking to apply these methods to positioning of robotic vehicles, which are used for structural testing," said Simon Whiteley from the centre for ultrasonic engineering at Strathclyde.

The intermittent ultrasonic technology had a significant impact, increasing the sludge anaerobic degradation efficiency and reducing energy consumption in engineering applications.

This work is expected to enable novel design of ultrasound-triggered sensors and actuators made of polymeric gels, and can also enlighten the application of ultrasonic waves in biomedical engineering.

The accurate non-destructive inspection of engineering structures using ultrasonic immersion imaging requires a precise representation of the surface of the structure.

The model is applied to a reciprocal transducer system, as used in many engineering applications including ultrasonic flowmeter applications and blood-velocity measurement setups, where the transducer consists of a PZT5 piezoceramic layer and a matching layer.

With the development of industrialization and modern technology, laser ultrasonic technique is more and more used in aerospace, machinery and electronics, measurements, metallurgy chemical engineering, materials science, railway transportation, bridge engineering, etc.

Later in the course of the MH excavation a monitoring network was performed which includes: engineering-geological, geophysical (ultrasonic, acoustic-emission and vibration) dynamo-deformometric observations.

Experimental research into the surface characteristics in the ultrasonic ductile-regime honing of ZrO2 engineering ceramics with a new-type ultrasonic honing machine was carried out.

Initially, before the invention of ultrasonic fatigue testing, most of the engineering materials were supposed to exhibit fatigue life up to 107 cycles or less.

Ultrasonic techniques are traditionally associated with the engineering-based, non-destructive testing of concrete structures and their integrity analyses (e.g., flaw detection, shear/longitudinal velocity determination, etc).

The results carried out can be used in the ultrasonic inspection techniques and provide a theoretical basis for engineering applications.