A new approach that overcomes traditional difficulties associated with ultrasonic spectroscopy (including inspection time, resolution and signal-to-noise ratio) is presented along with examples of inspection methods made possible by the new technology. Particularly, use of the method to detect hidden corrosion, independent of material thickness, will be presented
Based on the discussion of the factors influencing the nonlinear ultrasonic testing, the feasibility...
In this work the corrosion behavior of Al metal was studied by using non- destructive testing (NDT),...
Wall-thickness loss rate (WTLR) is an important parameter that defines a corrosion process. The spee...
Abstract: Traditional ultrasonic spectroscopy methods (narrow pulse, broadband ultrasonics) have oft...
This paper describes the use of ultrasonic nondestructive evaluation in corrosion detection of aircr...
Corrosion due to adverse environmental conditions can occur for a range of industrial structures, e....
Inspection for corrosion and pitting defects in the petrochemical industry is vital and forms a sign...
The ultrasonic detection of uniform corrosion in a thin sheet of aluminum alloy 2024-T3 was investi...
This paper presents a new technique for discerning corrosion in steel bars using guided ultrasonic w...
Corrosion is the gradual destruction of material, usually metal, by chemical reaction with its envir...
Ultrasonic testing with permanently installed transducers is widely used for online corrosion monito...
The paper is devoted to the ultrasonic monitoring of accelerated corrosion. In order to achieve non-...
The research presented investigates the use of pulse-echo ultrasonic techniques to identify simulate...
Ultrasonic nondestructive testing (NDT) provides a valuable insight into the integrity of stainless ...
Corrosion has been recognized as a serious problem in the maintenance of aging aircraft. The Industr...
Based on the discussion of the factors influencing the nonlinear ultrasonic testing, the feasibility...
In this work the corrosion behavior of Al metal was studied by using non- destructive testing (NDT),...
Wall-thickness loss rate (WTLR) is an important parameter that defines a corrosion process. The spee...
Abstract: Traditional ultrasonic spectroscopy methods (narrow pulse, broadband ultrasonics) have oft...
This paper describes the use of ultrasonic nondestructive evaluation in corrosion detection of aircr...
Corrosion due to adverse environmental conditions can occur for a range of industrial structures, e....
Inspection for corrosion and pitting defects in the petrochemical industry is vital and forms a sign...
The ultrasonic detection of uniform corrosion in a thin sheet of aluminum alloy 2024-T3 was investi...
This paper presents a new technique for discerning corrosion in steel bars using guided ultrasonic w...
Corrosion is the gradual destruction of material, usually metal, by chemical reaction with its envir...
Ultrasonic testing with permanently installed transducers is widely used for online corrosion monito...
The paper is devoted to the ultrasonic monitoring of accelerated corrosion. In order to achieve non-...
The research presented investigates the use of pulse-echo ultrasonic techniques to identify simulate...
Ultrasonic nondestructive testing (NDT) provides a valuable insight into the integrity of stainless ...
Corrosion has been recognized as a serious problem in the maintenance of aging aircraft. The Industr...
Based on the discussion of the factors influencing the nonlinear ultrasonic testing, the feasibility...
In this work the corrosion behavior of Al metal was studied by using non- destructive testing (NDT),...
Wall-thickness loss rate (WTLR) is an important parameter that defines a corrosion process. The spee...
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