Add to ORKGInstrumented indentation testing is now considered one of the most attractive tools for characterizing engineering materials. A large number of materials properties can be investigated. The present dissertation was aimed at developing a new methodology for inferring the material behaviour of metallic materials from their indentation response
Using dimensional analysis and finite element calculation, we studied spherical indentation in elast...
Non-destructive indentation tests are more and more frequently employed for the mechanical character...
Tensile properties can be evaluated by defining representative stress and strain with the parameters...
The mechanical characterization of metallic materials by instrumented spherical indentation testing ...
A spherical indentation-based method and its numerical verification, which is capable of identifying...
International audienceExperimental applications of two different approaches for interpretation of in...
A new integrated system consisting of a testing machine, denominated Diaptometro, and of an algorith...
AbstractSpherical indentation testing is regarded as an effective technique for deducing the constit...
An instrumented indentation study focusing on the materials with non-linear stress-strain behavior i...
This work presents a detailed investigation into a methodology involving iterative finite element me...
Mechanical characterisation techniques have been recently proposed, which use as main information so...
Several methods for determination of elastic-plastic parameters by instrumented spherical indentatio...
Focusing on the materials with non-linear stress-strain behavior an instrumented indentation study i...
As the realism and the interpretative capacity of constitutive models employed to describe the mater...
It is well known that instrumented indentation tests are useful tools in probing mechanical properti...
Using dimensional analysis and finite element calculation, we studied spherical indentation in elast...
Non-destructive indentation tests are more and more frequently employed for the mechanical character...
Tensile properties can be evaluated by defining representative stress and strain with the parameters...
The mechanical characterization of metallic materials by instrumented spherical indentation testing ...
A spherical indentation-based method and its numerical verification, which is capable of identifying...
International audienceExperimental applications of two different approaches for interpretation of in...
A new integrated system consisting of a testing machine, denominated Diaptometro, and of an algorith...
AbstractSpherical indentation testing is regarded as an effective technique for deducing the constit...
An instrumented indentation study focusing on the materials with non-linear stress-strain behavior i...
This work presents a detailed investigation into a methodology involving iterative finite element me...
Mechanical characterisation techniques have been recently proposed, which use as main information so...
Several methods for determination of elastic-plastic parameters by instrumented spherical indentatio...
Focusing on the materials with non-linear stress-strain behavior an instrumented indentation study i...
As the realism and the interpretative capacity of constitutive models employed to describe the mater...
It is well known that instrumented indentation tests are useful tools in probing mechanical properti...
Using dimensional analysis and finite element calculation, we studied spherical indentation in elast...
Non-destructive indentation tests are more and more frequently employed for the mechanical character...
Tensile properties can be evaluated by defining representative stress and strain with the parameters...