This material gives the description of the physical processes involved in the propagation of ultrasonic pressure waves as they pass through a material. It includes a mathematical derivation of the amplitude of the transmitted and reflected pressure waves, and an explanation is given for the differences between the near and far zones.\ud \ud This material has been used in the Advanced Inspection Methods and Techniques module as part of the BSc programme in Non-Destructive Testing at the University of Northampton
Non destructive evaluation techniques often use ultrasonic guided waves in order to inspect differen...
The experiments are based on the detection of air-borne slow compressional waves after transmission ...
Basic analysis on reflection and transmission phenomena of elastic harmonic waves has been made, as ...
Wave phenomena are used to evaluate material properties nondestructively as well as to locate and me...
In this project, a non-destructive testing technique known as ultrasonic testing is used to study th...
The propagation of ultrasonic guided waves in solids is an important area of scientific inquiry, pri...
PhDPhysicsUniversity of Michigan, Horace H. Rackham School of Graduate Studieshttp://deepblue.lib.um...
This book presents applications on the ultrasonic wave for material characterization and nondestruct...
Ultrasonic wave velocity is physical parameter reflective character of discontinuities in material. ...
A brief review of ultrasonic wave propagation in solid materials is presented with consideration of ...
The modelling of ultrasonic wave propagation and beam-defect interactions in reactor pressure vessel...
This report is a summary of the methods used to determine ultrasonic velocities through the many mat...
Ultrasonic waves are well-known for their broad range of applications. They can be employed in vario...
The range of ultrasonic applications in non-destructive testing and geometric measurements are of wi...
Presently, ultrasonic non-destructive testing technique is widely and confidently used in many diffe...
Non destructive evaluation techniques often use ultrasonic guided waves in order to inspect differen...
The experiments are based on the detection of air-borne slow compressional waves after transmission ...
Basic analysis on reflection and transmission phenomena of elastic harmonic waves has been made, as ...
Wave phenomena are used to evaluate material properties nondestructively as well as to locate and me...
In this project, a non-destructive testing technique known as ultrasonic testing is used to study th...
The propagation of ultrasonic guided waves in solids is an important area of scientific inquiry, pri...
PhDPhysicsUniversity of Michigan, Horace H. Rackham School of Graduate Studieshttp://deepblue.lib.um...
This book presents applications on the ultrasonic wave for material characterization and nondestruct...
Ultrasonic wave velocity is physical parameter reflective character of discontinuities in material. ...
A brief review of ultrasonic wave propagation in solid materials is presented with consideration of ...
The modelling of ultrasonic wave propagation and beam-defect interactions in reactor pressure vessel...
This report is a summary of the methods used to determine ultrasonic velocities through the many mat...
Ultrasonic waves are well-known for their broad range of applications. They can be employed in vario...
The range of ultrasonic applications in non-destructive testing and geometric measurements are of wi...
Presently, ultrasonic non-destructive testing technique is widely and confidently used in many diffe...
Non destructive evaluation techniques often use ultrasonic guided waves in order to inspect differen...
The experiments are based on the detection of air-borne slow compressional waves after transmission ...
Basic analysis on reflection and transmission phenomena of elastic harmonic waves has been made, as ...