Data sets for “Stochastic isotropic hyperelastic materials: constitutive calibration and model selection
Constitutive modeling of superelastic shape memory alloys considering rate dependent non-mises tensi...
A methodology is presented suitable to identify properties of single phases, locally at the microsca...
materials, interphase. The simulation of the mechanical behaviour of structures with the finite elem...
Biological and synthetic materials often exhibit intrinsic variability in their elastic responses un...
The homogenized energy model (HEM) is a unified framework for modeling hysteresis in ferroelectric, ...
The calibration of any sophisticated model, and in particular a constitutive relation, is a complex ...
Abstract The calibration of any sophisticated model, and in particular a constitutive relation, is ...
We study a hyperelastic model of some biological soft tissues with emphasis on the problem of its ma...
The analysis of the interaction phenomena occurring between biorobots and biological tissues require...
Today, the vast majority of design tasks are based on simulation tools. However, the success of the ...
International audienceIn the present study, a numerical method based on a metaheuristic parametric a...
Identification of mechanical properties of isotropic and anisotropic materials that demonstrate non-...
The risk of error in using only uniaxial data for fitting constitutive model curves is emphasized by...
AbstractIn this paper, an exponential framework for strain energy density functions of elastomers an...
The mathematical description of the mechanical behavior of solid materials at the continuum scale is...
Constitutive modeling of superelastic shape memory alloys considering rate dependent non-mises tensi...
A methodology is presented suitable to identify properties of single phases, locally at the microsca...
materials, interphase. The simulation of the mechanical behaviour of structures with the finite elem...
Biological and synthetic materials often exhibit intrinsic variability in their elastic responses un...
The homogenized energy model (HEM) is a unified framework for modeling hysteresis in ferroelectric, ...
The calibration of any sophisticated model, and in particular a constitutive relation, is a complex ...
Abstract The calibration of any sophisticated model, and in particular a constitutive relation, is ...
We study a hyperelastic model of some biological soft tissues with emphasis on the problem of its ma...
The analysis of the interaction phenomena occurring between biorobots and biological tissues require...
Today, the vast majority of design tasks are based on simulation tools. However, the success of the ...
International audienceIn the present study, a numerical method based on a metaheuristic parametric a...
Identification of mechanical properties of isotropic and anisotropic materials that demonstrate non-...
The risk of error in using only uniaxial data for fitting constitutive model curves is emphasized by...
AbstractIn this paper, an exponential framework for strain energy density functions of elastomers an...
The mathematical description of the mechanical behavior of solid materials at the continuum scale is...
Constitutive modeling of superelastic shape memory alloys considering rate dependent non-mises tensi...
A methodology is presented suitable to identify properties of single phases, locally at the microsca...
materials, interphase. The simulation of the mechanical behaviour of structures with the finite elem...
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