ISO 4545-2 and 4545-3 of Knoop hardness tests require the geometrical verification of the indenter. INRiM hardness laboratory developed a specific measuring system, commercialized by Galileo-LTF as Gal-Indent optical system, which is used for the verification of Vickers indenters. This system is able to measure the vertex angles of the indenter between two opposite faces, and the four quadrilateral base angles. Using such quantities as inputs of a suitable geometrical model, the geometry of Knoop indenters can be verified. This work deals with the description of the system and the geometrical model
In ISO 6507-3 it is required that the quadrilateral base of Vickers indenter has angles of 90° ± 0.2...
Hardness is a measure of the resistance of a material to be penetrated and eroded by sharp...
Depth-sensing indentation (DSI) technique allows easy and reliable determination of two mechanical p...
ISO 4545-2 and 4545-3 of Knoop hardness tests require the geometrical verification of the indenter. ...
ISO 4545-2 and 4545-3 of Knoop hardness tests require the geometrical verification of the indenters....
The paper describes the GALINDENT system that LTF - Galileo Hardness Testing Department, in co-opera...
The paper describes the GALINDENT system that LTF – Galileo Hardness Testing Department, in co-oper...
The described measuring system is a new system design in IMGC and developed in cooperation with AFF...
In Vickers hardness measurements, ISO 6507-2 and 6507-3 Standards require to verify that ...
The influence of Rockwell and Vickers diamond indenters geometry in hardness measurements justifies ...
The paper describes the GALINDENT system that LTF – Galileo Hardness Testing Department, in co-opera...
The influence of Rockwell and Vickers diamond indenters geometry in hardness measurements justifies ...
This paper describes an overview of the capability of the NMIs that participated on the CCM Pilot St...
This paper reports work carried out to determine the influence of the Pyramidal indenter geometrical...
The various measurement methods for calibrating the indenters in achieving accurate hardness measure...
In ISO 6507-3 it is required that the quadrilateral base of Vickers indenter has angles of 90° ± 0.2...
Hardness is a measure of the resistance of a material to be penetrated and eroded by sharp...
Depth-sensing indentation (DSI) technique allows easy and reliable determination of two mechanical p...
ISO 4545-2 and 4545-3 of Knoop hardness tests require the geometrical verification of the indenter. ...
ISO 4545-2 and 4545-3 of Knoop hardness tests require the geometrical verification of the indenters....
The paper describes the GALINDENT system that LTF - Galileo Hardness Testing Department, in co-opera...
The paper describes the GALINDENT system that LTF – Galileo Hardness Testing Department, in co-oper...
The described measuring system is a new system design in IMGC and developed in cooperation with AFF...
In Vickers hardness measurements, ISO 6507-2 and 6507-3 Standards require to verify that ...
The influence of Rockwell and Vickers diamond indenters geometry in hardness measurements justifies ...
The paper describes the GALINDENT system that LTF – Galileo Hardness Testing Department, in co-opera...
The influence of Rockwell and Vickers diamond indenters geometry in hardness measurements justifies ...
This paper describes an overview of the capability of the NMIs that participated on the CCM Pilot St...
This paper reports work carried out to determine the influence of the Pyramidal indenter geometrical...
The various measurement methods for calibrating the indenters in achieving accurate hardness measure...
In ISO 6507-3 it is required that the quadrilateral base of Vickers indenter has angles of 90° ± 0.2...
Hardness is a measure of the resistance of a material to be penetrated and eroded by sharp...
Depth-sensing indentation (DSI) technique allows easy and reliable determination of two mechanical p...