At the present, new materials with mechanical properties superior to steel are introduced into the design of advanced technical products. One class is fine ceramics, which have high strength, low weight, and good thermal behavior and are therefore ideal materials for turbine parts, automotive components, and machine tools
One of the principal characteristics of the inspection of ceramic materials is the small size of the...
This paper presents the results of a program sponsored by NADC for NASC to develop an ultrasonic sur...
To assure reliable performance of ceramic materials in gas turbine engines, where performance at 140...
Ceramic materials can replace metals in many applications requiring high strength and resistance to ...
The detection of critical flaws in ceramics requires the use of high frequency ultrasonics. Whilst s...
The ultrasonic testing of ceramic materials is a two headed problem. First, the defect must be detec...
A high frequency 250 MHz A-scan system has been used for flaw detection. We have been able to detect...
A high frequency 250 MHz A-scan system has been used for flaw detection. We have been able to detect...
The compressional-wave ultrasonic transducer is the heart of ultrasonic NDE inspection systems. New ...
The detection of defects with ultrasonic waves can be optimized if the ultrasonic wavelength lambda ...
A high frequency 250 MHz A-scan system has been used for flaw detection. We have been able to detect...
One of the principal characteristics of the inspection of ceramic materials is the small size of the...
To assure reliable performance of ceramic materials in gas turbine engines, where performance at 140...
Some technical aspects of two Spanish cooperation projects, funded by DPI and Innpacto Programs of t...
Modern ceramic materials offer many attractive physical and mechanical properties for a wide and rap...
One of the principal characteristics of the inspection of ceramic materials is the small size of the...
This paper presents the results of a program sponsored by NADC for NASC to develop an ultrasonic sur...
To assure reliable performance of ceramic materials in gas turbine engines, where performance at 140...
Ceramic materials can replace metals in many applications requiring high strength and resistance to ...
The detection of critical flaws in ceramics requires the use of high frequency ultrasonics. Whilst s...
The ultrasonic testing of ceramic materials is a two headed problem. First, the defect must be detec...
A high frequency 250 MHz A-scan system has been used for flaw detection. We have been able to detect...
A high frequency 250 MHz A-scan system has been used for flaw detection. We have been able to detect...
The compressional-wave ultrasonic transducer is the heart of ultrasonic NDE inspection systems. New ...
The detection of defects with ultrasonic waves can be optimized if the ultrasonic wavelength lambda ...
A high frequency 250 MHz A-scan system has been used for flaw detection. We have been able to detect...
One of the principal characteristics of the inspection of ceramic materials is the small size of the...
To assure reliable performance of ceramic materials in gas turbine engines, where performance at 140...
Some technical aspects of two Spanish cooperation projects, funded by DPI and Innpacto Programs of t...
Modern ceramic materials offer many attractive physical and mechanical properties for a wide and rap...
One of the principal characteristics of the inspection of ceramic materials is the small size of the...
This paper presents the results of a program sponsored by NADC for NASC to develop an ultrasonic sur...
To assure reliable performance of ceramic materials in gas turbine engines, where performance at 140...
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