Systematic investigations of the basic dependences and the application-orieted developments of ultrasonic techniques, measuring equipments and sensors results in the availability of material properties and the state of components. The developed techniques to analyze stress states of components and to educate the texture and texture dependend properties of rolled sheet, contribute to the safety of components and to the quality of products. The article is an extended abstract and gives a list of the appropriate references
Ultrasonic nondestructive evaluation (NDE) techniques for characterizing material properties in manu...
The texture in aluminum rolled products is crucial for the later materials behavior. The texture is ...
The stress state characterization in materials, is more and more necessary in mechanical industries....
There is profound unterstanding of the physical background of the electromagnetic/ magnetoelastic an...
Textures in rolled sheets are developed during production by deformation processes and heat treatmen...
Texture causes direction dependencies of the elastic properties. Hence, the ultrasonic wave velociti...
This paper describes the development of an ultrasonic instrument to measure texture (preferred grain...
Complementary to the established techniques to evaluate stress states, electromagnetic and ultrasoni...
Texture (preferred orientation) has a significant influence on the formability of metals. This was s...
Texture information derived by non-destructive means has been used with limited success to determine...
Significant recent progress has been made towards more complete ultrasonic characterisation of both ...
The preferred grain orientation in polycrystals causes a direction dependence of the ultrasonic wave...
The nondestructive characterization of the deep-drawing behavior is essential for the process contro...
The application of electromagnetic, magneto-elastic techniques is recommended if stresses or stress ...
There is a need to monitor the existence and ef-fects of damage in structural materials. Aircraft co...
Ultrasonic nondestructive evaluation (NDE) techniques for characterizing material properties in manu...
The texture in aluminum rolled products is crucial for the later materials behavior. The texture is ...
The stress state characterization in materials, is more and more necessary in mechanical industries....
There is profound unterstanding of the physical background of the electromagnetic/ magnetoelastic an...
Textures in rolled sheets are developed during production by deformation processes and heat treatmen...
Texture causes direction dependencies of the elastic properties. Hence, the ultrasonic wave velociti...
This paper describes the development of an ultrasonic instrument to measure texture (preferred grain...
Complementary to the established techniques to evaluate stress states, electromagnetic and ultrasoni...
Texture (preferred orientation) has a significant influence on the formability of metals. This was s...
Texture information derived by non-destructive means has been used with limited success to determine...
Significant recent progress has been made towards more complete ultrasonic characterisation of both ...
The preferred grain orientation in polycrystals causes a direction dependence of the ultrasonic wave...
The nondestructive characterization of the deep-drawing behavior is essential for the process contro...
The application of electromagnetic, magneto-elastic techniques is recommended if stresses or stress ...
There is a need to monitor the existence and ef-fects of damage in structural materials. Aircraft co...
Ultrasonic nondestructive evaluation (NDE) techniques for characterizing material properties in manu...
The texture in aluminum rolled products is crucial for the later materials behavior. The texture is ...
The stress state characterization in materials, is more and more necessary in mechanical industries....