A description of the original method for solving problems of linear viscoelasticity, based on the separation of spatial and temporal variables and the reduction of this problem to an elastic problem, is presented in the paper. We compared the solutions given by this method, as well as those obtained using standard ANSYS tools, with known analytical solutions. The results show the effectiveness of the new method
A new methodology has been developed to model the viscoelastic behavior of solids using a general sp...
In this paper we consider an anisotropic and inhomogeneous viscoelastic body that is subjected on th...
AbstractMathematical models for treating problems of linear viscoelasticity involving hereditary con...
A description of the original method for solving problems of linear viscoelasticity, based on the se...
Developing the ideas of work [1]?onsidered is the problem of stress-strain state determination for l...
This paper begins by deriving some properties of the least work needed to produce a given strain in ...
The progress made during the past decade in the application of mixed nite element meth-ods to solve ...
AbstractIn this paper the Laplace transform method is combined with Padé approximations to solve lin...
In this paper, we used the iterative solution algorithm, proposed in the work of Pavlov and Svetashk...
International audienceThis paper presents a new incremental formulation in the time domain for linea...
A truly-mixed approach for the analysis of viscoelastic structures and continua is presented. An ad...
Interconversion of viscoelastic material functions is a longstanding problem that has received atten...
One of the key tasks in computational viscoelasticity is the time integration of the constitutive eq...
For quasistatic stress problems two alternative constitutive relationships expressing the stress in ...
Two approximate methods of Laplace transform inversion are given which are simple to use and are par...
A new methodology has been developed to model the viscoelastic behavior of solids using a general sp...
In this paper we consider an anisotropic and inhomogeneous viscoelastic body that is subjected on th...
AbstractMathematical models for treating problems of linear viscoelasticity involving hereditary con...
A description of the original method for solving problems of linear viscoelasticity, based on the se...
Developing the ideas of work [1]?onsidered is the problem of stress-strain state determination for l...
This paper begins by deriving some properties of the least work needed to produce a given strain in ...
The progress made during the past decade in the application of mixed nite element meth-ods to solve ...
AbstractIn this paper the Laplace transform method is combined with Padé approximations to solve lin...
In this paper, we used the iterative solution algorithm, proposed in the work of Pavlov and Svetashk...
International audienceThis paper presents a new incremental formulation in the time domain for linea...
A truly-mixed approach for the analysis of viscoelastic structures and continua is presented. An ad...
Interconversion of viscoelastic material functions is a longstanding problem that has received atten...
One of the key tasks in computational viscoelasticity is the time integration of the constitutive eq...
For quasistatic stress problems two alternative constitutive relationships expressing the stress in ...
Two approximate methods of Laplace transform inversion are given which are simple to use and are par...
A new methodology has been developed to model the viscoelastic behavior of solids using a general sp...
In this paper we consider an anisotropic and inhomogeneous viscoelastic body that is subjected on th...
AbstractMathematical models for treating problems of linear viscoelasticity involving hereditary con...