Add to ORKGThis paper deals with the temperature dependence of hard rubber behavior on torsional harmonic loading. This behavior was described by dissipated and deformation energy of the rubber. This knowledge was used to test the validity of the hyperelastic proportional damping (HPD) in dependence on temperature and finite deformations. From the experiments, the dissipated energy was obtained from the hysteresis loop in one period of harmonic load, depending on the temperature for the given frequency. The deformation energy was determined from the shear stress analysis on the surface of the cylinder considering hyperelasticity. The constants of these models were obtained by optimizing the stress-strain curve from the shear analysis on the cylinder s...
The temperature of rubber or rubber-metal springs increases under cyclic load-ing, due to hysteresis...
The paper deals with a stress analysis of hard rubber under large torsion deformations. This study w...
The temperature of rubber or rubber-metal springs increases under cyclic loading, due to hysteresis...
In this paper, we are proposing a new formulation of dissipated energy of hard rubbers as a function...
The paper deals with a stress analysis of hard rubber under large torsion deformations. This study w...
The paper deals with a stress analysis of hard rubber under large torsion deformations. This study w...
Based on the electronic universal testing machine with a temperature chamber, this paper investigate...
The essential evaluation criterion for the hyperelastic model is its ability to describe the mechani...
High Damping Rubber (HRD) is made by natural rubber with addition of black carbon filler with the a...
Thick rubber components are employed by the Army to carry large loads. In tanks, rubber covers road ...
International audienceThe hysteresis observed in the mechanical response of rubbers (especially fill...
In order to simplify the hyperelastic characterisation of rubber materials, an extension of the stan...
The study of the physical behavior of rubbery materials is motivated by the desire to use these mate...
This work deals with the preparation and methodology of temperature measurement inside the rubber sa...
The FEMLAB code based on weak formulation of PDE’s problem was used at a solution of feedback thermo...
The temperature of rubber or rubber-metal springs increases under cyclic load-ing, due to hysteresis...
The paper deals with a stress analysis of hard rubber under large torsion deformations. This study w...
The temperature of rubber or rubber-metal springs increases under cyclic loading, due to hysteresis...
In this paper, we are proposing a new formulation of dissipated energy of hard rubbers as a function...
The paper deals with a stress analysis of hard rubber under large torsion deformations. This study w...
The paper deals with a stress analysis of hard rubber under large torsion deformations. This study w...
Based on the electronic universal testing machine with a temperature chamber, this paper investigate...
The essential evaluation criterion for the hyperelastic model is its ability to describe the mechani...
High Damping Rubber (HRD) is made by natural rubber with addition of black carbon filler with the a...
Thick rubber components are employed by the Army to carry large loads. In tanks, rubber covers road ...
International audienceThe hysteresis observed in the mechanical response of rubbers (especially fill...
In order to simplify the hyperelastic characterisation of rubber materials, an extension of the stan...
The study of the physical behavior of rubbery materials is motivated by the desire to use these mate...
This work deals with the preparation and methodology of temperature measurement inside the rubber sa...
The FEMLAB code based on weak formulation of PDE’s problem was used at a solution of feedback thermo...
The temperature of rubber or rubber-metal springs increases under cyclic load-ing, due to hysteresis...
The paper deals with a stress analysis of hard rubber under large torsion deformations. This study w...
The temperature of rubber or rubber-metal springs increases under cyclic loading, due to hysteresis...