Materials are most often used in the form of polycrystalline aggregates. Preferential orientation of the grains or crystallites within such an aggregate is known as “texture”, and almost all methods of fabrication will tend to develop a texture to some degree. To differentiate among textures, it is desirable to describe and quantify them. One technique for doing this is the “pole figure”
The texture (preferred grain orientation) of rolled metal plates influences a number of important me...
Texture analysis by diffraction methods has greatly advanced in the last few years because of instru...
Texture (preferred orientation) has a significant influence on the formability of metals. This was s...
There is considerable interest in the evaluation of texture via ultrasonic measurements because of t...
In crystalline materials with anisotropic elastic constants, the propagation of ultrasound is strong...
In the last decade, ultrasonic techniques have been shown to have considerable promise for the rapid...
Many alloys of common metals (such as aluminum and steel) are polycrystalline aggregates having pref...
In the present work, a general and simple approach to determine texture patterns using pole figure w...
Most of all solid materials are polycrystalline, often also polyphase. They consists of very many, s...
Texture (preferred grain orientation) characterization of polycrystalline aggregates has traditional...
The texture (preferred grain orientation) of rolled metal plates influences a number of important pr...
The present paper is an attempt to use ultrasonic velocity measurements to characterize the texture ...
Texture (preferred grain orientation) of polycrystalline metal sheets is an important material prope...
The use of ultrasonic velocity measurements to determine the texture (preferred grain orientation) o...
The ultrasonic wave velocities in a polycrystalline aggregate are sensitively influenced by texture ...
The texture (preferred grain orientation) of rolled metal plates influences a number of important me...
Texture analysis by diffraction methods has greatly advanced in the last few years because of instru...
Texture (preferred orientation) has a significant influence on the formability of metals. This was s...
There is considerable interest in the evaluation of texture via ultrasonic measurements because of t...
In crystalline materials with anisotropic elastic constants, the propagation of ultrasound is strong...
In the last decade, ultrasonic techniques have been shown to have considerable promise for the rapid...
Many alloys of common metals (such as aluminum and steel) are polycrystalline aggregates having pref...
In the present work, a general and simple approach to determine texture patterns using pole figure w...
Most of all solid materials are polycrystalline, often also polyphase. They consists of very many, s...
Texture (preferred grain orientation) characterization of polycrystalline aggregates has traditional...
The texture (preferred grain orientation) of rolled metal plates influences a number of important pr...
The present paper is an attempt to use ultrasonic velocity measurements to characterize the texture ...
Texture (preferred grain orientation) of polycrystalline metal sheets is an important material prope...
The use of ultrasonic velocity measurements to determine the texture (preferred grain orientation) o...
The ultrasonic wave velocities in a polycrystalline aggregate are sensitively influenced by texture ...
The texture (preferred grain orientation) of rolled metal plates influences a number of important me...
Texture analysis by diffraction methods has greatly advanced in the last few years because of instru...
Texture (preferred orientation) has a significant influence on the formability of metals. This was s...