In the framework of the EMRP Joint Research Project SIB63 “Force” with the title “Force traceability within the meganewton range”, WP2, aiming to extend the traceability of the force measurements to the higher part of the scale, a new and innovative type of Build-Up System (BUS) force transducer, with a capacity of 5MN, has been designed and realized by INRIM. It is composed by six Uniaxial Force Transducers (UFTs) and it has a hexapod-shape. It can be used to extend the scale from 1 MN to 5 MN with internal traceability for the vertical (axial) force and, thanks to his scheme, additionally provides measurements of transversal forces, bending and torsion moments. In the paper, the description of the design, of the calibration procedure and...
The calibration of a multicomponent force transducers (MFTs)represents a challenge i...
Calibration of force transducers in the Meganewton range is typically performed by comparison with r...
A new type of multi-component dynamometer was developed at INRIM. In the paper the design and the re...
The new 5 MN Hexapod-Shaped Multicomponent Build-Up System (HSM-BUS) represents a significant progre...
A Multicomponent Force Transducer (MFT) was devised by INRiM for a specific request in railway indus...
A Multicomponent Force Transducer (MFT) was devised by INRiM for a specific request in railway indus...
A Multicomponent Force Transducer (MFT) was devised by INRiM for a specific request in railway indus...
Abstract- The establishment of national calibration services (NCS) and mutual agreements between the...
In spring testing machines, measurement of transversal forces and bending/torsion moments, as well a...
The aim of this work was to develop a calibration procedure to cover the production of static and co...
The paper discusses the development of the ring shaped force transducers for measurement of force in...
The increasing accuracy of force transducers and their calibration had two major effects: the chance...
In this paper the design, the accuracy assessment and the calibration procedure of an innovative six...
Within the framework of the European Metrology Research Programme (EMRP), tools for the calculation ...
This paper presents design and development of precision ring shaped force transducers (FTs) based on...
The calibration of a multicomponent force transducers (MFTs)represents a challenge i...
Calibration of force transducers in the Meganewton range is typically performed by comparison with r...
A new type of multi-component dynamometer was developed at INRIM. In the paper the design and the re...
The new 5 MN Hexapod-Shaped Multicomponent Build-Up System (HSM-BUS) represents a significant progre...
A Multicomponent Force Transducer (MFT) was devised by INRiM for a specific request in railway indus...
A Multicomponent Force Transducer (MFT) was devised by INRiM for a specific request in railway indus...
A Multicomponent Force Transducer (MFT) was devised by INRiM for a specific request in railway indus...
Abstract- The establishment of national calibration services (NCS) and mutual agreements between the...
In spring testing machines, measurement of transversal forces and bending/torsion moments, as well a...
The aim of this work was to develop a calibration procedure to cover the production of static and co...
The paper discusses the development of the ring shaped force transducers for measurement of force in...
The increasing accuracy of force transducers and their calibration had two major effects: the chance...
In this paper the design, the accuracy assessment and the calibration procedure of an innovative six...
Within the framework of the European Metrology Research Programme (EMRP), tools for the calculation ...
This paper presents design and development of precision ring shaped force transducers (FTs) based on...
The calibration of a multicomponent force transducers (MFTs)represents a challenge i...
Calibration of force transducers in the Meganewton range is typically performed by comparison with r...
A new type of multi-component dynamometer was developed at INRIM. In the paper the design and the re...