Add to ORKGAbstract: The instrumented indentation test provides a versatile method to determine several materials parameter. In order to provide reference specimens, a calibration machine according to ISO 14577-3 is designed for the macro range. Using innovative technology, the new machine design may lead to a standard solution not only for calibration machines
Instrumented indentation tests enable evaluation of several material parameters. Preliminary investi...
The work described in this thesis forms part of the research programme of the National Physical Labo...
The various measurement methods for calibrating the indenters in achieving accurate hardness measure...
In the modern manufacturing industry, dealing with innovative productions and advanced materials, te...
Abstract: The contribution concerns the dominant source of uncertainty in the upper macro range of t...
The modern manufacturing industry requires to achieve thorough multiscale mechanical characterisatio...
Abstract A major factor in calibrating a depth-sensing indentation tester is to determine its load-f...
To deal with innovative productions and advanced materials, technological surface characterisation i...
This paper investigates the use of two techniques by instrumented indentation test, in macroscopic s...
Elastic modulus is one of the most important parameters evaluated by instrumented indentation test. ...
Abstract − Taking into account the technical procedures established on ISO/FDIS 14577-1 standard dra...
In this paper, the experimental procedure and calculation model for the measurement of the indentati...
Part 3 of the ISO 14577 “Instrumented indentation test for hardness and materials parame-ters “ (IIT...
In this paper, the experimental procedure and calculation model for the measurement of the indentati...
The aim of this work was to develop a calibration procedure to cover the production of static and co...
Instrumented indentation tests enable evaluation of several material parameters. Preliminary investi...
The work described in this thesis forms part of the research programme of the National Physical Labo...
The various measurement methods for calibrating the indenters in achieving accurate hardness measure...
In the modern manufacturing industry, dealing with innovative productions and advanced materials, te...
Abstract: The contribution concerns the dominant source of uncertainty in the upper macro range of t...
The modern manufacturing industry requires to achieve thorough multiscale mechanical characterisatio...
Abstract A major factor in calibrating a depth-sensing indentation tester is to determine its load-f...
To deal with innovative productions and advanced materials, technological surface characterisation i...
This paper investigates the use of two techniques by instrumented indentation test, in macroscopic s...
Elastic modulus is one of the most important parameters evaluated by instrumented indentation test. ...
Abstract − Taking into account the technical procedures established on ISO/FDIS 14577-1 standard dra...
In this paper, the experimental procedure and calculation model for the measurement of the indentati...
Part 3 of the ISO 14577 “Instrumented indentation test for hardness and materials parame-ters “ (IIT...
In this paper, the experimental procedure and calculation model for the measurement of the indentati...
The aim of this work was to develop a calibration procedure to cover the production of static and co...
Instrumented indentation tests enable evaluation of several material parameters. Preliminary investi...
The work described in this thesis forms part of the research programme of the National Physical Labo...
The various measurement methods for calibrating the indenters in achieving accurate hardness measure...