Drucker’s Associated Law of yielding and gradient plasticity cannot always adequately reflect the processes of stress-strain state in deformable continua. Aim of this issue explains these effects via theory of complex loading processes by Ilyushin
This paper is devoted to the study of the laws of the deformation behavior of metals, determined by ...
static pressure on yielding and incompressibility for plastic strain changes—are two of the basic te...
Abstract--Dislocation theory is used to invoke a strain gradient theory of rate independent plastici...
The author has previously shown that a deformation theory of plasticity is entirely adequate when th...
An examination is made of a number of neutral loading experiments according to classical plasticity ...
Funding Information: The authors wish to acknowledge the valuable and constructive comments provided...
This paper analyzes the peculiarities of plastic flow of metals for the case of non-proportional loa...
A mechanism-based theory of strain gradient (MSG) plasticity has been proposed in Part I of this pap...
Increasing experimental evidence shows that the classical J2 plasticity theory may not fully describ...
Second deformat ion gradient dependent constitutive postulates for plastic materials are introduced....
A new invariant of stress tensor is introduced - the mean shearing stress, resulted from the integra...
The main mechanisms for the hardening of metal materials are the multiplication, accumulation and in...
AbstractWithin the framework of isotropic strain gradient plasticity, a rate-independent constitutiv...
A critical examination is made of two classes of strain gradient plasticity theories currently avail...
The author has previously shown that a deformation theory of plasticity is entirely adequate when th...
This paper is devoted to the study of the laws of the deformation behavior of metals, determined by ...
static pressure on yielding and incompressibility for plastic strain changes—are two of the basic te...
Abstract--Dislocation theory is used to invoke a strain gradient theory of rate independent plastici...
The author has previously shown that a deformation theory of plasticity is entirely adequate when th...
An examination is made of a number of neutral loading experiments according to classical plasticity ...
Funding Information: The authors wish to acknowledge the valuable and constructive comments provided...
This paper analyzes the peculiarities of plastic flow of metals for the case of non-proportional loa...
A mechanism-based theory of strain gradient (MSG) plasticity has been proposed in Part I of this pap...
Increasing experimental evidence shows that the classical J2 plasticity theory may not fully describ...
Second deformat ion gradient dependent constitutive postulates for plastic materials are introduced....
A new invariant of stress tensor is introduced - the mean shearing stress, resulted from the integra...
The main mechanisms for the hardening of metal materials are the multiplication, accumulation and in...
AbstractWithin the framework of isotropic strain gradient plasticity, a rate-independent constitutiv...
A critical examination is made of two classes of strain gradient plasticity theories currently avail...
The author has previously shown that a deformation theory of plasticity is entirely adequate when th...
This paper is devoted to the study of the laws of the deformation behavior of metals, determined by ...
static pressure on yielding and incompressibility for plastic strain changes—are two of the basic te...
Abstract--Dislocation theory is used to invoke a strain gradient theory of rate independent plastici...
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