Experimental study of changes in velocity of ultrasonic wave. Explains how it changed due to applied stress.

Detailed explanation on the utilization of contact transducers for service inspections.

Preview on the different aspects of the non-destructive testing method with technical overview of inspection processes imposed on aircraft components.

Developed methods used in non-destructive testing such as continuous scanning at high temperature.

Chronicles the progress of the technology used for detailed inspection of various water-incompatible materials.

Assessment of the standard operations in using the material for automated non-destructive testing.

Theoretical presentation of the crack detection model indicating its application and verification.

Study of the capability of the material used for quality inspection. Methods conducted include exposing the valve head to high frequency ultrasound of up to 80mhz.

Describes the properties of thermally sprayed ceramic coatings and its application to industrial inspection and exposure to mechanical wear.

Evaluates the formed mechanisms by wave probe including its characteristics in ultrasonic inspection.

Assessment for the function of Electro-Magnetic Acoustic Transducers, which is abbreviated as EMATs. Cites its capability in electromagnetic coupling for high-temperature test methods.

Discusses the composition of the material used for ultrasonic inspections of up to 1000 degrees Celsius.

Insights to the applications of the technology in flaw detection and the progress of piezoelectric transducers in varying frequency range.

Sanctioned by the Departmental Research Initiative to study relative acoustic issues in shallow-water experiment.

Research on the effects of perceiving audible sound from existing high-frequency components.

Article written by Robert A. Day explaining why some research facilities has neglected periodic maintenance and its effects.

Explanation on how the set of device is capable for inspection processes on thick plates covering large areas.

Explanation on the instrument's capability in piezoelectric material studies. Includes details on typical set-up of experiments.

Cites its operations in porous materials as developed from a study. Provides description and sample instances.

Data presented explaining the property of surface waves in acoustic microscopy and relevant operations.

Review on the component for quality monitoring of manufacturing operations. Explains the different methods implemented.

Chronicles the technique with explanation on methods of evaluation and other relevant functions presented.

Indicates the functions of the component developed for ultrasound generation purposes. Discusses how it operates.

Evaluation method on the material, which is able to integrate ultrasonic wave. Indicates relevant studies on its technical functions.

Summarized documentation about the study encompassing measurement principles and characteristics of transducers.

Aims to explore the operations of the material when exposed to low frequencies and integrated in acoustic microscopy scanning operations.

Cites both the advantages and disadvantages of the material with tutorials provided discussing its performance aspects.

Studies the possibility of the condition with background information on the theories relating to its operations.

Quality monitoring tool developed for industrial applications through the use of mono-frequent pulses.

Points out the topics covered in the study aiming to explore evaluation techniques and equipment to be used in concrete analysis.

Findings about the analytical operation on the probes. Includes updates on developments relating to the study.

Exposition about the non-destructive evaluation method indicating its mode generation and other aspects of the experiment.

Technical documentation on the experiment with calculations and output results presented.

Explains the technique utilized in analyzing composite materials through the use of ultrasonic processes.

Citation on how the discovered solution works to control the focusing mechanism of the material by a nonuniform electric field application.

Discusses the procedure imposed for analysis of medium diameter pipe bends. Includes sample illustrations and theoretical explanations.

Details the evaluation method conducted upon the material through the use of phase arrays.

Insights to the investigation that aims to discover the physical properties of the material crafted for special applications in the inspection process.

Analytical article providing explanation on the capabilities of the proposed product development.

Points out the technique utilized in non-destructive analysis of various welded joints.

Reports about how the amplitude is feasible to be a component in the inspection method. Cites various technical aspects.

Details on how the material was conceptualized including description of gaging procedure and illustrations of typical schemes.

Specification on the conversion method of the component generated from sound pressure in ultrasonic evaluation.

Mentions the theories relating to the application of guided waves in the analytical procedure.