Add to ORKGIt is weil known that crystallographic texture not only modifies the elastic constants of polycrystalline aggregates at (unstressed) natural states but also affects their acoustoelastic coefficients when the aggregates are stressed. While exact knowledge about the effects of texture on acoustoelastic coefficients has hithert
In this paper the effects of crystallographic texture and microstructure on the elastic modulus of d...
A model is developed to show that texture is a crucial factor in determining the shape-memory effect...
We consider a tensorial Fourier expansion of the crystallite orientation distribution function for a...
It is well known that crystallographic texture not only modifies the elastic constants of polycrysta...
. In this paper we develop a simple micromechanical model of a prestressed polycrystalline aggregate...
The theory for stress determination using acoustoelasticity is most frequently based on the evaluati...
In this paper we develop a simple micromechanical model of a prestressed polycrystalline aggregate, ...
In the development of acoustoelasticity as a tool for the nondestructive evaluation of active and re...
Herein we derive, under the micromechanical model we proposed earlier, Man and Paroni [14], a comple...
Elastic constants of polycrystalline materials can be obtained through methods of ensemble averages ...
The effective elastic properties of a polycrystalline material depend on the single crystal elastic ...
In oder to examine the utilization of the method of the temperature dependence of ultrasonic velocit...
In this work, we discuss the limits of the acoustoelastic isotropic model. We examine experimentally...
In this article, the second-order statistics of the elastic moduli of randomly oriented grains in a ...
The influence of texture on elastic anisotropy, plastic anisotropy, formability, yield strength, duc...
In this paper the effects of crystallographic texture and microstructure on the elastic modulus of d...
A model is developed to show that texture is a crucial factor in determining the shape-memory effect...
We consider a tensorial Fourier expansion of the crystallite orientation distribution function for a...
It is well known that crystallographic texture not only modifies the elastic constants of polycrysta...
. In this paper we develop a simple micromechanical model of a prestressed polycrystalline aggregate...
The theory for stress determination using acoustoelasticity is most frequently based on the evaluati...
In this paper we develop a simple micromechanical model of a prestressed polycrystalline aggregate, ...
In the development of acoustoelasticity as a tool for the nondestructive evaluation of active and re...
Herein we derive, under the micromechanical model we proposed earlier, Man and Paroni [14], a comple...
Elastic constants of polycrystalline materials can be obtained through methods of ensemble averages ...
The effective elastic properties of a polycrystalline material depend on the single crystal elastic ...
In oder to examine the utilization of the method of the temperature dependence of ultrasonic velocit...
In this work, we discuss the limits of the acoustoelastic isotropic model. We examine experimentally...
In this article, the second-order statistics of the elastic moduli of randomly oriented grains in a ...
The influence of texture on elastic anisotropy, plastic anisotropy, formability, yield strength, duc...
In this paper the effects of crystallographic texture and microstructure on the elastic modulus of d...
A model is developed to show that texture is a crucial factor in determining the shape-memory effect...
We consider a tensorial Fourier expansion of the crystallite orientation distribution function for a...