Optical probing of acoustic displacement waveforms has a number of advantages over other methods. Among these advantages is the possibility of quantitative, local measurement of acoustic emission waveforms at high and low temperatures. This paper reports the results of some measurements on various materials as a function of temperature
Journal ArticleAt frequencies near 1 GHz, the acoustic wavelength in argon gas becomes half that of ...
International audienceHigh temperature corrosion of metallic alloys (like Iron, nickel, cobalt alloy...
Contains reports on two research projects.U. S. Navy (Office of Naval Research) under Contract Nonr-...
Optical probing of acoustic displacement waveforms has a number of advantages over other methods. Am...
Piezoelectric transducers, long used in the generation and detection of ultrasonic waves, have more ...
Piezoelectric transducers, long used in the generation and detection of ultrasonic waves, have more ...
The theoretical research of the influence of temperature on the parameters of the alteration of acou...
A measured acoustic emission signal depends upon three distinct factors: its source; component geome...
Ultrasonic detection of surface acoustic waves has been shown to have important applications in dete...
Laser interferometry has important advantages for studies of acoustic emission and for ultrasonic ND...
We will discuss preliminary results on the use of a low-energy laser and a sensitive laser interfero...
Presently, most acoustic emission applications in nondestructive testing involve placing transducers...
For many years, new techniques have been developed to overcome the problems involved with the genera...
Acoustic emission (AE) is one of the most recent entries into the field of nondestructive evaluatio...
The recent development of laser light probes for stress wave measurements has aided our understandin...
Journal ArticleAt frequencies near 1 GHz, the acoustic wavelength in argon gas becomes half that of ...
International audienceHigh temperature corrosion of metallic alloys (like Iron, nickel, cobalt alloy...
Contains reports on two research projects.U. S. Navy (Office of Naval Research) under Contract Nonr-...
Optical probing of acoustic displacement waveforms has a number of advantages over other methods. Am...
Piezoelectric transducers, long used in the generation and detection of ultrasonic waves, have more ...
Piezoelectric transducers, long used in the generation and detection of ultrasonic waves, have more ...
The theoretical research of the influence of temperature on the parameters of the alteration of acou...
A measured acoustic emission signal depends upon three distinct factors: its source; component geome...
Ultrasonic detection of surface acoustic waves has been shown to have important applications in dete...
Laser interferometry has important advantages for studies of acoustic emission and for ultrasonic ND...
We will discuss preliminary results on the use of a low-energy laser and a sensitive laser interfero...
Presently, most acoustic emission applications in nondestructive testing involve placing transducers...
For many years, new techniques have been developed to overcome the problems involved with the genera...
Acoustic emission (AE) is one of the most recent entries into the field of nondestructive evaluatio...
The recent development of laser light probes for stress wave measurements has aided our understandin...
Journal ArticleAt frequencies near 1 GHz, the acoustic wavelength in argon gas becomes half that of ...
International audienceHigh temperature corrosion of metallic alloys (like Iron, nickel, cobalt alloy...
Contains reports on two research projects.U. S. Navy (Office of Naval Research) under Contract Nonr-...