The paper presents the simulation work on the elastomer subjected to cyclic loads. A 3D finite element model of elastomer specimen which in accordance with ASTM D412 was developed using CATIA and ANSYS commercial finite element (FEM) packages. The fatigue life predicted from simulation was compared with a well documented published data and show acceptable agreement. The simulated strain-life results are slightly lower than the experimental data. Several factors that potentially influenced the variation of the results were noted. Finally, some recommendations have been made at the end of this study to further improve the simulation
Elastomer components are used for a wide range of applications (e.g. seals, load introduction and da...
Mechanical components often possess notches. These notches give rise to stress concentrations, which...
Material models for thefinite element analysis ( F E A) of polymeric and elastomeric compounds are ...
The paper presents a simulation work conducted on the elastomer subjected to cyclic loads. A 3D fini...
The increasing importance of elastomeric components in various industrial fields resulted in the int...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Elastomers have large reversible elastic deformation, good damping and high energy absorption capabi...
Elastomers are found in many applications ranging from technology to daily life applications for exa...
A numerical method is described for determining a dynamic finite element material model for elastome...
International audienceFatigue characterisation of elastomers is an essential prerequisite of new car...
The usage of rubbers has always been so important, especially in automotive industries. Rubbers have...
International audienceThis paper is concerned with the micro-physically motivated elasto-visco-plast...
The paper presents research to verify the effectiveness of nine selected material models of elastome...
This thesis reports onreview and research work carried out on the numerical analysis of elastomers. ...
The main goal of this work is the analysis of the procedure for material characterization aimed at ...
Elastomer components are used for a wide range of applications (e.g. seals, load introduction and da...
Mechanical components often possess notches. These notches give rise to stress concentrations, which...
Material models for thefinite element analysis ( F E A) of polymeric and elastomeric compounds are ...
The paper presents a simulation work conducted on the elastomer subjected to cyclic loads. A 3D fini...
The increasing importance of elastomeric components in various industrial fields resulted in the int...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Elastomers have large reversible elastic deformation, good damping and high energy absorption capabi...
Elastomers are found in many applications ranging from technology to daily life applications for exa...
A numerical method is described for determining a dynamic finite element material model for elastome...
International audienceFatigue characterisation of elastomers is an essential prerequisite of new car...
The usage of rubbers has always been so important, especially in automotive industries. Rubbers have...
International audienceThis paper is concerned with the micro-physically motivated elasto-visco-plast...
The paper presents research to verify the effectiveness of nine selected material models of elastome...
This thesis reports onreview and research work carried out on the numerical analysis of elastomers. ...
The main goal of this work is the analysis of the procedure for material characterization aimed at ...
Elastomer components are used for a wide range of applications (e.g. seals, load introduction and da...
Mechanical components often possess notches. These notches give rise to stress concentrations, which...
Material models for thefinite element analysis ( F E A) of polymeric and elastomeric compounds are ...