文件名称:Development-and-verification-of-a-material-model.
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For predicting the containment safety of turbochargers against failure of rotors at elevated temperatures
and dynamic loading the complex deformation and damage behaviour of the respective materials has to
be determined by appropriate experiments and on theother hand the temperature and strain rate
dependency has to be described by a material model to simulate the component behaviour under these
complex loading conditions. -For predicting the containment safety of turbochargers against failure of rotors at elevated temperatures
and dynamic loading the complex deformation and damage behaviour of the respective materials has to
be determined by appropriate experiments and on theother hand the temperature and strain rate
dependency has to be described by a material model to simulate the component behaviour under these
complex loading conditions.
and dynamic loading the complex deformation and damage behaviour of the respective materials has to
be determined by appropriate experiments and on theother hand the temperature and strain rate
dependency has to be described by a material model to simulate the component behaviour under these
complex loading conditions. -For predicting the containment safety of turbochargers against failure of rotors at elevated temperatures
and dynamic loading the complex deformation and damage behaviour of the respective materials has to
be determined by appropriate experiments and on theother hand the temperature and strain rate
dependency has to be described by a material model to simulate the component behaviour under these
complex loading conditions.
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Development and verification of a material model for prediction of containment safety of exhaust turbochargers.pdf