Add to ORKGThe use and potential offered by ultrasonic velocity and attenuation measurements to determine and/or monitor material properties is explored. The basis for such unique measurements along with examples of materials from a variety of industries are presented
The application of ultrasonic velocity and attenuation measurements to characterize the microstructu...
The development of the mechanical strength of composite materials which are consolidated by cementac...
Empirical evidence was developed to show that a close relation exists among fracture toughness, yiel...
Instrumentation and computer programming concepts that were developed for ultrasonic materials chara...
Ultrasonic techniques are primarily used in engineering for the purpose of flaw detection in materia...
This report is a summary of the methods used to determine ultrasonic velocities through the many mat...
In this project, a non-destructive testing technique known as ultrasonic testing is used to study th...
The use of ultrasonic techniques for the characterization of microstructural features has attracted ...
Ultrasonic technology from the perspective of nondestructive evaluation approaches to material stren...
In today’s world of rapid growth in the material sciences, knowledge of a material’s mechanical prop...
Ultrasonic velocity and/or attenuation measurement is a versatile tool for nondestructive characteri...
The system for field measurement of texture, stress and related material properties such as formabil...
Ultrasonic methods that can be used for material strength are reviewed. Emergency technology involvi...
739-746Non-metal ultrasonic testing analyzer could be used to measure the physical properities of ne...
A preliminary study was conducted to assess the feasibility of ultrasonically ranking material fract...
The application of ultrasonic velocity and attenuation measurements to characterize the microstructu...
The development of the mechanical strength of composite materials which are consolidated by cementac...
Empirical evidence was developed to show that a close relation exists among fracture toughness, yiel...
Instrumentation and computer programming concepts that were developed for ultrasonic materials chara...
Ultrasonic techniques are primarily used in engineering for the purpose of flaw detection in materia...
This report is a summary of the methods used to determine ultrasonic velocities through the many mat...
In this project, a non-destructive testing technique known as ultrasonic testing is used to study th...
The use of ultrasonic techniques for the characterization of microstructural features has attracted ...
Ultrasonic technology from the perspective of nondestructive evaluation approaches to material stren...
In today’s world of rapid growth in the material sciences, knowledge of a material’s mechanical prop...
Ultrasonic velocity and/or attenuation measurement is a versatile tool for nondestructive characteri...
The system for field measurement of texture, stress and related material properties such as formabil...
Ultrasonic methods that can be used for material strength are reviewed. Emergency technology involvi...
739-746Non-metal ultrasonic testing analyzer could be used to measure the physical properities of ne...
A preliminary study was conducted to assess the feasibility of ultrasonically ranking material fract...
The application of ultrasonic velocity and attenuation measurements to characterize the microstructu...
The development of the mechanical strength of composite materials which are consolidated by cementac...
Empirical evidence was developed to show that a close relation exists among fracture toughness, yiel...