Add to ORKGThe plane strain model of hyperelastic material was developed in the ANSYS. For this model, hyperelastic behavior of rubber block and identification of Mooney-Rivlin coefficients from real experimental data for uniaxial compression tests are presented. Furthermore rubber-steel contact problem including tangential Coulomb forces with various friction coefficients were solved. This research is aimed at evaluation of material hyperelastic parameters from static tests and for evaluation of stress state of the rubber segments used as resilient elements in railway wheels. hicle
Aim of this research is to get familiar with the fundamental considerations for finite element model...
Rubber-like materials exhibit a particular stress–strain behaviour known as hyperelasticity. Severa...
Hyperelastic materials are widely used over the last decades. Studies on molecular structure and str...
The essential evaluation criterion for the hyperelastic model is its ability to describe the mechani...
Some numerical and experimental investigations are made on the performance of five different hyperel...
AbstractThe present paper is focused on the development of a constitutive model for the computationa...
This paper investigates the mechanical behaviour of carbon black rubber at moderate strain (0-25 % e...
Experimental characterisation of rubber in uniaxial, equi-biaxial and planar tension under cyclic qu...
Elasticity and damping are significant properties of rubber, taken advantage of in engineering appli...
Finite element analysis is extensively used in the design of rubber products. Rubber products can su...
The hyperelastic behavior of a thin square silicone rubber plate has been investigated analytically,...
At present one of the most spread methods able to solve non-linear problems of the mechanics is thei...
In this paper, the Ogden model is employed to characterize the hyperelastic properties of rubber, an...
The simulation of rubber-like material behaviour by means of the finite element method has been desc...
With the rapid development of the economy and urbanization, the construction of the urban rail trans...
Aim of this research is to get familiar with the fundamental considerations for finite element model...
Rubber-like materials exhibit a particular stress–strain behaviour known as hyperelasticity. Severa...
Hyperelastic materials are widely used over the last decades. Studies on molecular structure and str...
The essential evaluation criterion for the hyperelastic model is its ability to describe the mechani...
Some numerical and experimental investigations are made on the performance of five different hyperel...
AbstractThe present paper is focused on the development of a constitutive model for the computationa...
This paper investigates the mechanical behaviour of carbon black rubber at moderate strain (0-25 % e...
Experimental characterisation of rubber in uniaxial, equi-biaxial and planar tension under cyclic qu...
Elasticity and damping are significant properties of rubber, taken advantage of in engineering appli...
Finite element analysis is extensively used in the design of rubber products. Rubber products can su...
The hyperelastic behavior of a thin square silicone rubber plate has been investigated analytically,...
At present one of the most spread methods able to solve non-linear problems of the mechanics is thei...
In this paper, the Ogden model is employed to characterize the hyperelastic properties of rubber, an...
The simulation of rubber-like material behaviour by means of the finite element method has been desc...
With the rapid development of the economy and urbanization, the construction of the urban rail trans...
Aim of this research is to get familiar with the fundamental considerations for finite element model...
Rubber-like materials exhibit a particular stress–strain behaviour known as hyperelasticity. Severa...
Hyperelastic materials are widely used over the last decades. Studies on molecular structure and str...