Add to ORKGThe force unit generated by the 2 MN hydraulic force standard machine in KRISS was changed to Newton from kilogram-force. This paper describes the estimation of the hydraulic force standard machine. First, the machine was compared with a 500 kN deadweight force standard machine in KRISS. The relative deviation between two force machines was less than 2x10-5. In order to estimate the hydraulic force machine in the whole range, we made an intercomparison with a 2 MN deadweight force standard machine in PTB. Intercomparison test revealed that the relative deviation between the KRISS hydraulic force machine and the PTB deadweight force machine is less than 8.1x10-5 in the range of 400 kN to 2000 kN
Abstract − A new force standard machine (FSM) for the range of 100 µN – 100 mN has been developed [...
This paper describes the development of a 120 kN deadweight force standard machine and its commissio...
This paper describes the salient features and the results of metrological performance of the newly d...
which the reference values were generated by the 100 kN dead-weight / 1 MN lever amplification machi...
Abstract − This paper describes the unique features and metrological performance of a new 55 kN / 22...
333-339The present paper describes design, development and performance of a 50kN dead weight force ...
Abstract: The 1.1 MN lever amplification dead weight force standard machine (FSM) and a new 3 MN hy...
A 2 N dead-weight type force standard machine (DWM) had been developed at the National Metrology Ins...
A new dead weight force standard machine covering the range from 5 kN to 500 kN direct weights has b...
Abstract: Three new force calibration machines covering the range from 1 kN to 1 MN has been designe...
This paper describes the latest results from the re-verification of a 55 kN / 2.2 MN lever deadweigh...
The increasing accuracy of force transducers and their calibration had two major effects: the chance...
A new dead weight force standard machine covering the range from 10 kN to 1 MN has been designed and...
In this contribution, the new 2 MN deadweight force standard machine of PTB, which was moved from Be...
Korea Research Institute of Standards and Science(KRISS) has developed a 100 Nm and a 2 kNm deadweig...
Abstract − A new force standard machine (FSM) for the range of 100 µN – 100 mN has been developed [...
This paper describes the development of a 120 kN deadweight force standard machine and its commissio...
This paper describes the salient features and the results of metrological performance of the newly d...
which the reference values were generated by the 100 kN dead-weight / 1 MN lever amplification machi...
Abstract − This paper describes the unique features and metrological performance of a new 55 kN / 22...
333-339The present paper describes design, development and performance of a 50kN dead weight force ...
Abstract: The 1.1 MN lever amplification dead weight force standard machine (FSM) and a new 3 MN hy...
A 2 N dead-weight type force standard machine (DWM) had been developed at the National Metrology Ins...
A new dead weight force standard machine covering the range from 5 kN to 500 kN direct weights has b...
Abstract: Three new force calibration machines covering the range from 1 kN to 1 MN has been designe...
This paper describes the latest results from the re-verification of a 55 kN / 2.2 MN lever deadweigh...
The increasing accuracy of force transducers and their calibration had two major effects: the chance...
A new dead weight force standard machine covering the range from 10 kN to 1 MN has been designed and...
In this contribution, the new 2 MN deadweight force standard machine of PTB, which was moved from Be...
Korea Research Institute of Standards and Science(KRISS) has developed a 100 Nm and a 2 kNm deadweig...
Abstract − A new force standard machine (FSM) for the range of 100 µN – 100 mN has been developed [...
This paper describes the development of a 120 kN deadweight force standard machine and its commissio...
This paper describes the salient features and the results of metrological performance of the newly d...