In today’s world of rapid growth in the material sciences, knowledge of a material’s mechanical properties has become increasingly important. It has also become very important that this “knowledge” be obtained by some type of nondestructive method. The mechanical properties that are of particular interest to most material scientists are the ones governing elastic behavior. These properties are primarily determined by three basic characteristics: the type of material, the method of processing, and the processing sequence for multiprocessed materials
This study investigates inconsistent results from ultrasonic testing to detect and size defects of ...
The paper presents the results of the research on improvement of physical-and mechanical properties ...
The characterization of materials made with the support of non-destructive techniques has great impo...
Ultrasonic technology from the perspective of nondestructive evaluation approaches to material stren...
The recent development of modern hi-tech industries has given rise to the creation of a whole range ...
The use and potential offered by ultrasonic velocity and attenuation measurements to determine and/o...
Progress in the application of ultrasonic techniques to nondestructive measurement of mechanical str...
The nondestructive determination of mechanical properties of materials is desirable because of the r...
Ultrasonic methods that can be used for material strength are reviewed. Emergency technology involvi...
Nondestructive evaluation (NDE) by ultrasound offers a wide variety of techniques for materials char...
An ultrasonic technique has been developed that enables measurement of grain size in uranium without...
Ultrasonic techniques are primarily used in engineering for the purpose of flaw detection in materia...
The purpose of this project was to determine the impact of a new breakthrough technology, ultrasonic...
Non-destructive testing (NDT) plays a crucial role in ensuring the quality of products in various in...
Metal additive manufacturing (AM) technologies promise the ability to produce complex geometries, re...
This study investigates inconsistent results from ultrasonic testing to detect and size defects of ...
The paper presents the results of the research on improvement of physical-and mechanical properties ...
The characterization of materials made with the support of non-destructive techniques has great impo...
Ultrasonic technology from the perspective of nondestructive evaluation approaches to material stren...
The recent development of modern hi-tech industries has given rise to the creation of a whole range ...
The use and potential offered by ultrasonic velocity and attenuation measurements to determine and/o...
Progress in the application of ultrasonic techniques to nondestructive measurement of mechanical str...
The nondestructive determination of mechanical properties of materials is desirable because of the r...
Ultrasonic methods that can be used for material strength are reviewed. Emergency technology involvi...
Nondestructive evaluation (NDE) by ultrasound offers a wide variety of techniques for materials char...
An ultrasonic technique has been developed that enables measurement of grain size in uranium without...
Ultrasonic techniques are primarily used in engineering for the purpose of flaw detection in materia...
The purpose of this project was to determine the impact of a new breakthrough technology, ultrasonic...
Non-destructive testing (NDT) plays a crucial role in ensuring the quality of products in various in...
Metal additive manufacturing (AM) technologies promise the ability to produce complex geometries, re...
This study investigates inconsistent results from ultrasonic testing to detect and size defects of ...
The paper presents the results of the research on improvement of physical-and mechanical properties ...
The characterization of materials made with the support of non-destructive techniques has great impo...