In this paper, an efficient algorithm is established in order to estimate the plastic properties of power-law hardening bulk specimen materials with one simple spherical indentation impression test. This work is based on a new formulation of representative strain and, therefore, compare to the preceding approaches the fitting parameters are significantly reduced. Moreover, the new definition of representative strain endowed more physical meaning to the representative strain
This article presents a methodology for evaluating the yield strength and hardening behavior of meta...
Conventional material testing methods, such as tensile tests require the preparation of specimens an...
Tensile properties can be evaluated by defining representative stress and strain with the parameters...
In this paper, forward and reverse analysis is introduced in order to estimate the elastic-plastic p...
The spherical indentation technique provides an easy way to evaluate the integrity of in-service str...
Simulating complex interactions at different length scales of a hierarchical material system is esse...
The present paper aims to develop a robust spherical indentation-based method to extract material pl...
Instrumented indentation is a popular method for determining mechanical properties in engineering ma...
International audienceThis work consists of determining the plastic strain value undergone by a mate...
The present paper aims to develop a robust spherical indentation-based method to extract material pl...
AbstractInstrumented indentation is a popular method for determining mechanical properties in engine...
International audienceThe identification of plastic properties with spherical indentation has been t...
Abstract The definition of representative plastic strain induced by a Vickers indent has received co...
Instrumented indentation tests have been widely adopted for elastic modulus determination. Recently,...
A methodology is presented for obtaining plasticity characteristics of bulk metallic materials from ...
This article presents a methodology for evaluating the yield strength and hardening behavior of meta...
Conventional material testing methods, such as tensile tests require the preparation of specimens an...
Tensile properties can be evaluated by defining representative stress and strain with the parameters...
In this paper, forward and reverse analysis is introduced in order to estimate the elastic-plastic p...
The spherical indentation technique provides an easy way to evaluate the integrity of in-service str...
Simulating complex interactions at different length scales of a hierarchical material system is esse...
The present paper aims to develop a robust spherical indentation-based method to extract material pl...
Instrumented indentation is a popular method for determining mechanical properties in engineering ma...
International audienceThis work consists of determining the plastic strain value undergone by a mate...
The present paper aims to develop a robust spherical indentation-based method to extract material pl...
AbstractInstrumented indentation is a popular method for determining mechanical properties in engine...
International audienceThe identification of plastic properties with spherical indentation has been t...
Abstract The definition of representative plastic strain induced by a Vickers indent has received co...
Instrumented indentation tests have been widely adopted for elastic modulus determination. Recently,...
A methodology is presented for obtaining plasticity characteristics of bulk metallic materials from ...
This article presents a methodology for evaluating the yield strength and hardening behavior of meta...
Conventional material testing methods, such as tensile tests require the preparation of specimens an...
Tensile properties can be evaluated by defining representative stress and strain with the parameters...