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Characterization of a standard pneumatic piston gauge using finite element simulation technique vs cross-float, theoretical and Monte Carlo approaches
16 references·0 citing·35 second hop
Characterization of a standard pneumatic piston gauge using finite element simulation technique vs cross-float, theoretical and Monte Carlo approaches (2020)Characterization of a standard pneumatic …The kelvin redefined (2018)The kelvin redefinedThe Boltzmann project (2018)The Boltzmann projectEstimation of uncertainty of effective area of a pneumatic pressure reference standard using Monte Carlo method (2016)Estimation of uncertainty of …FEA calculation of pressure distortion coefficients of gas-operated pressure balances – EURAMET project 1039 (2011)FEA calculation of pressure d…Computer simulation of a 1.0GPa piston–cylinder assembly using finite element analysis (FEA) (2010)Computer simulation of a 1.0G…Evaluation of measurement data — Guide to the expression of uncertainty in measurement (2008)Evaluation of measurement dat…Final report on Key Comparison APMP.SIM.M.P-K1c: Bilateral comparison between NIST (USA) and NPLI (India) in the pneumatic pressure region 0.4 MPa to 4.0 MPa (2007)Final report on Key Compariso…Finite element method used for calculation of the distortion coefficient and associated uncertainty of a PTB 1 GPa pressure balance—EUROMET project 463 (2006)Finite element method used fo…Calculation of the distortion coefficient and associated uncertainty of PTB and LNE 1 GPa pressure balances using finite element analysis—EUROMET project 463 (2005)Calculation of the distortion…Calculation of effective areaA0for six piston–cylinder assemblies of pressure balances. Results of the EUROMET Project 740 (2005)Calculation of effective area…Results of the APMP Pressure key comparison APMP.M.P-K1c in gas media and gauge mode from 0.4 MPa to 4.0 MPa (2003)Results of the APMP Pressure …A finite element method to evaluate the pressure distortion coefficient in pressure balances (1999)A finite element method to ev…Comparison of methods for calculating distortion in pressure balances up to 400 MPa - EUROMET Project 256 (1998)Comparison of methods for cal…Elastic Distortions in Piston-Cylinder Units at Pressures up to 0,5 GPa (1993)Elastic Distortions in Piston…International intercomparison of pressure standards in the pneumatic pressure region 0.4-4.0 MPa between NPL (India) and PTB (FRG) (1988)International intercomparison…The Piston Gage as a Precise Pressure-Measuring Instrument (1953)The Piston Gage as a Precise …Developments in the Accurate Measurement of High Pressures (1965)High pressure metrology for industrial applications (2017)Uncertainty Analysis of Distortion Coefficient of Piston Gauge Using Monte Carlo Method (2019)The effect of pressure-transmitting fluids in the characterization of a controlled clearance piston gauge up to 1 GPa (2007)Standardisation of pressure measurement using pressure balance as transfer standard (2011)Role of National Pressure and Vacuum Metrology in Indian Industrial Growth and Their Global Metrological Equivalence (2018)A laconic capitulation of high pressure metrology (2021)Effects of viscosity, temperature, and rate of rotation on pressure generated by a controlled-clearance piston gauge (1984)Characterization of the piston gauge to assess the suitability of its use with several working fluids up to 5 MPa (1988)Reliability and long term stability of a digital pressure gauge (DPG) used as a standard- a case study (2011)A comparative investigation of pressure distortion coefficient of a pneumatic piston gauge and its associated uncertainty using varied approaches (2018)CCM key comparison in the pressure range 0.05 MPa to 1 MPa (gas medium, gauge mode). Phase A1: Dimensional measurements and calculation of effective area (1999)Comparison of the GUM and Monte Carlo measurement uncertainty techniques with application to effective area determination in pressure standards (2010)Evaluation of effective area of air piston gauge with limitations in piston–cylinder dimension measurements (2021)The International Temperature Scale of 1990 (ITS-90) (1990)CODATA recommended values of the fundamental physical constants: 2006 (2008)CODATA recommended values of the fundamental physical constants: 2010 (2012)Determinations of the Boltzmann constant (2018)The Boltzmann Constant for the Definition and Realization of the Kelvin (2018)2022 Update for the Differences Between Thermodynamic Temperature and ITS-90 Below 335 K (2022)Redefinition of the kilogram, ampere, kelvin and mole: a proposed approach to implementing CIPM recommendation 1 (CI-2005) (2006)The CODATA 2017 values ofh,e,k, andNAfor the revision of the SI (2017)The European Metrology Programme for Innovation and Research project: Implementing the new kelvin 2 (InK2) (2018)Towards Realising the Redefined Kelvin (2022)Statistics for Experimenters (1979)Monte Carlo Simulations Applied to Uncertainty in Measurement (2013)Theory of sampling (TOS) versus measurement uncertainty (MU) – A call for integration (2014)Thermal expansion coefficient of single-crystal silicon from 7 K to 293 K (2015)Final report on key comparison CCM.P-K13 in the range 50 MPa to 500 MPa of hydraulic gauge pressure (2012)A Review of Gas-operated Piston Gauges (1994)Finite element analysis of pressure distortion coefficient and piston fall rate in a simple pressure balance (1999)Characterization of a compact 200 MPa controlled clearance piston gauge as a primary pressure standard using the Heydemann and Welch method (2006)The Mercury Melting Line Up to 1200 MPa (1980)Accurate measurement of pressure (1986)A primary dead-weight tester for pressures (0.05-1.0) MPa (2003)
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References

  • 2008Evaluation of measurement data — Guide to the expression of uncertainty in measurement2,779 cited
  • 2018The Boltzmann project65 cited
  • 2018The kelvin redefined48 cited
  • 1998Comparison of methods for calculating distortion in pressure balances up to 400 MPa - EUROMET Project 25634 cited
  • 1953The Piston Gage as a Precise Pressure-Measuring Instrument31 cited
  • 2006Finite element method used for calculation of the distortion coefficient and associated uncertainty of a PTB 1 GPa pressure balance—EUROMET project 46330 cited
  • 2010Computer simulation of a 1.0GPa piston–cylinder assembly using finite element analysis (FEA)26 cited
  • 1993Elastic Distortions in Piston-Cylinder Units at Pressures up to 0,5 GPa23 cited
  • 2005Calculation of effective areaA0for six piston–cylinder assemblies of pressure balances. Results of the EUROMET Project 74018 cited
  • 1988International intercomparison of pressure standards in the pneumatic pressure region 0.4-4.0 MPa between NPL (India) and PTB (FRG)17 cited
  • 2005Calculation of the distortion coefficient and associated uncertainty of PTB and LNE 1 GPa pressure balances using finite element analysis—EUROMET project 46316 cited
  • 2007Final report on Key Comparison APMP.SIM.M.P-K1c: Bilateral comparison between NIST (USA) and NPLI (India) in the pneumatic pressure region 0.4 MPa to 4.0 MPa13 cited
  • 2003Results of the APMP Pressure key comparison APMP.M.P-K1c in gas media and gauge mode from 0.4 MPa to 4.0 MPa

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12 cited
  • 2011FEA calculation of pressure distortion coefficients of gas-operated pressure balances – EURAMET project 103912 cited
  • 1999A finite element method to evaluate the pressure distortion coefficient in pressure balances12 cited
  • 2016Estimation of uncertainty of effective area of a pneumatic pressure reference standard using Monte Carlo method9 cited
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