This procedure tries to simulate the elastic properties of materials based on measurements in preferred wave propagation directions. Test specimens were used to measure propagation velocity in different axes by the ultrasonic method in the pulse-echo technique. Measurements made by ultrasound made it possible to measure the tensile components of elastic constants with significant variations according to the composition of the materials. The results of the measurements were compared with the values obtained by other authors in similar materials. The elastic constants were obtained through their association with the propagation velocity relations in different directions in the study material. The results shows the values of the measured elast...
In this project, a non-destructive testing technique known as ultrasonic testing is used to study th...
Stress applied to a material can be evaluated using ultrasonic waves. This practice is based on acou...
AbstractWe present an innovative non-destructive experimental technique for a quantitative determina...
This procedure tries to simulate the elastic properties of materials based on measurements in prefer...
In the present paper, a non-destructive technique (pulse echo) was used to determine the elastic con...
The elastic mechanical behavior of elastic materials is modeled by a pair of independent constants (...
Ultrasonic measurements have been used for a long time to quantitatively deterrnine the elastic prop...
The measurement of elastic modulii solids liquids by ultrasonic techniques of is well established. T...
This report is a summary of the methods used to determine ultrasonic velocities through the many mat...
Measurement of elastic constants is crucial for engineering aspects of predicting the behavior of ma...
There has been a renewed interest in the study of elastic properties of anisotropic materials in rec...
The ultrasonic nondestructive method is introduced into the elastic constants measurement of metal m...
Sound waves traveling through an isotropic solid may be considered as elastic wave phenomena. Two ex...
In solid phase materials, differently from what happens in the fluid phase, elastic waves propagate ...
Using a pulse transmission ultrasound method, we have determined the elastic properties of bone samp...
In this project, a non-destructive testing technique known as ultrasonic testing is used to study th...
Stress applied to a material can be evaluated using ultrasonic waves. This practice is based on acou...
AbstractWe present an innovative non-destructive experimental technique for a quantitative determina...
This procedure tries to simulate the elastic properties of materials based on measurements in prefer...
In the present paper, a non-destructive technique (pulse echo) was used to determine the elastic con...
The elastic mechanical behavior of elastic materials is modeled by a pair of independent constants (...
Ultrasonic measurements have been used for a long time to quantitatively deterrnine the elastic prop...
The measurement of elastic modulii solids liquids by ultrasonic techniques of is well established. T...
This report is a summary of the methods used to determine ultrasonic velocities through the many mat...
Measurement of elastic constants is crucial for engineering aspects of predicting the behavior of ma...
There has been a renewed interest in the study of elastic properties of anisotropic materials in rec...
The ultrasonic nondestructive method is introduced into the elastic constants measurement of metal m...
Sound waves traveling through an isotropic solid may be considered as elastic wave phenomena. Two ex...
In solid phase materials, differently from what happens in the fluid phase, elastic waves propagate ...
Using a pulse transmission ultrasound method, we have determined the elastic properties of bone samp...
In this project, a non-destructive testing technique known as ultrasonic testing is used to study th...
Stress applied to a material can be evaluated using ultrasonic waves. This practice is based on acou...
AbstractWe present an innovative non-destructive experimental technique for a quantitative determina...