| Nome |
# |
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Compendium of examples: good practice in evaluating measurement uncertainty, file dd2573c2-f94a-e71c-e053-d805fe0ad5dc
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281
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Final report on the force key comparison CCM.F-K3, file dd2573c2-aa1c-e71c-e053-d805fe0ad5dc
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189
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EURAMET supplementary comparison between INRiM, UME and PTB in Brinell hardness scales (HBW1/30 - HBW2.5/187.5) - EURAMET.M.H-S2.a, file dd2573c2-dd9b-e71c-e053-d805fe0ad5dc
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180
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Comparison between tensile properties and indentation properties measured with various shapes indenters of Copper-Chromium-Zirconium alloy at macroscale level, file dd2573c2-9db9-e71c-e053-d805fe0ad5dc
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169
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Taratura masse macchina campione di forza da 1,3 kN, file dd2573c2-7c63-e71c-e053-d805fe0ad5dc
|
168
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Traceability of gravity acceleration measurement in calibration laboratories, file dd2573c2-9f02-e71c-e053-d805fe0ad5dc
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163
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Effects due to the misalignment of build-up systems for force measurements in the Meganewton range, file dd2573c2-9efe-e71c-e053-d805fe0ad5dc
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147
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Multicomponent force transducer calibration procedure using tilted plates, file dd2573c2-9daf-e71c-e053-d805fe0ad5dc
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144
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Multicomponent force transducer calibration procedure using tilted plates, file dd2573c2-a694-e71c-e053-d805fe0ad5dc
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143
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CCM.G-K2 key comparison, file dd2573c2-6298-e71c-e053-d805fe0ad5dc
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130
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Misurare per decidere. Misure e statistica di base., file dd2573c2-b479-e71c-e053-d805fe0ad5dc
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130
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EURAMET key comparison between INRiM and UME in Vickers hardness scales (HV1 - HV30) - EURAMET.M.H-K1.b and c, file dd2573c2-e3b2-e71c-e053-d805fe0ad5dc
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129
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Indentation Modulus, Indentation Work and Creep of Metals and Alloys at the Macro-Scale Level: Experimental Insights into the Use of a Primary Vickers Hardness Standard Machine, file dd2573c2-f37d-e71c-e053-d805fe0ad5dc
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124
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Design of New Launch and Interferometer Systems for the IMGC-02 Absolute Gravimeter, file dd2573c2-a854-e71c-e053-d805fe0ad5dc
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120
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Metrological characterization of an hexapod-shaped Multicomponent Force Transducer, file dd2573c2-dead-e71c-e053-d805fe0ad5dc
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114
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Perspectives and limits on the use of commercial low-cost digital MEMS accelerometers in gravimetry, file dd2573c2-e387-e71c-e053-d805fe0ad5dc
|
98
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MEASUREMENT OF MACRO-SCALE INDENTATION MODULUS USING THE PRIMARY HARDNESS STANDARD MACHINES AT INRIM, file dd2573c2-8f58-e71c-e053-d805fe0ad5dc
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82
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Comparisons of absolute gravimeters (COOMET.M.G-S1), file dd2573c2-97e4-e71c-e053-d805fe0ad5dc
|
81
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INRiM (National Metrology Institute of Italy) contribution, file dd2573c2-f871-e71c-e053-d805fe0ad5dc
|
77
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Indentation modulus at macro-scale level measured from Brinell and Vickers indenters by using the primary hardness standard machine at INRiM, file dd2573c2-aa1a-e71c-e053-d805fe0ad5dc
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75
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CCM pilot study overview: geometrical measurement of the Rockwell diamond indenter, file dd2573c2-b861-e71c-e053-d805fe0ad5dc
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72
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Proposed definition for the Brinell hardness indentation edge, file dd2573c2-5ed3-e71c-e053-d805fe0ad5dc
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64
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Preliminary results of EURAMET Rockwell comparison between INRiM and UME (EURAMET.M.H-S1.A.B.C), file dd2573c2-b9d1-e71c-e053-d805fe0ad5dc
|
56
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Theoretical insights on the influence of the experimental plan in the calibration of multicomponent force and moment transducers, file dd2573c2-ee50-e71c-e053-d805fe0ad5dc
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53
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Self-calibration of the 1 MN deadweight force standard machine at INRiM, file dd2573c2-b9ca-e71c-e053-d805fe0ad5dc
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52
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Developing definitions of conventional hardness tests for use by National Metrology Institutes, file dd2573c2-ec7d-e71c-e053-d805fe0ad5dc
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52
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Bilateral comparison in Rockwell C hardness scale between INRiM and GUM, file dd2573c2-feab-e71c-e053-d805fe0ad5dc
|
51
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Result analysis of EURAMET Vickers comparison between INRiM and UME (EURAMET.M.H-K1.b.c), file dd2573c2-ec90-e71c-e053-d805fe0ad5dc
|
48
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A suitable geometrical model for the verification of Knoop indenters with Gal-Indent optical system, file dd2573c2-b85c-e71c-e053-d805fe0ad5dc
|
45
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Procedura di confronto tra AEP, INRIM e PTB per la taratura della macchina di taratura di forza per confronto da 5 MN del Laboratorio AEP., file dd2573c2-7b6f-e71c-e053-d805fe0ad5dc
|
44
|
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Result analysis of EURAMET Brinell comparison between INRiM, UME and PTB (EURAMET.M.H–S2.A.B), file dd2573c2-ead2-e71c-e053-d805fe0ad5dc
|
42
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THE NEW 5 MN HEXAPOD-SHAPED MULTICOMPONENT BUILD-UP SYSTEM FOR FORCE MEASUREMENTS, file dd2573c2-8e66-e71c-e053-d805fe0ad5dc
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39
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The new IMGC-02 transportable absolute gravimeter: measurement apparatus and applications in geophysics and volcanology, file dd2573c2-606e-e71c-e053-d805fe0ad5dc
|
31
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EURAMET supplementary comparison between INRiM and UME in Rockwell hardness scales (HRA - HRBW - HRC) - EURAMET.M.H-S1.a.b.c, file dd2573c2-a871-e71c-e053-d805fe0ad5dc
|
31
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Evaluating Measurement Uncertainty in Absolute Gravimetry: an Application of the Monte Carlo Method, file dd2573c2-8bf8-e71c-e053-d805fe0ad5dc
|
28
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|
TARATURA DI UNA MACCHINA PROVA MATERIALI MULTICOMPONENTI PRESSO L’UNIVERSITA’ DI MESSINA, file dd2573c2-b75e-e71c-e053-d805fe0ad5dc
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26
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Correction of squareness measurements of Vickers indenters due to the tilt of the pyramid axis, file dd2573c2-9dab-e71c-e053-d805fe0ad5dc
|
23
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Absolute gravity measurements at three sites characterized by different environmental conditions using two portable ballistic gravimeters, file dd2573c2-dee9-e71c-e053-d805fe0ad5dc
|
23
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|
Absolute measurements of the free-fall acceleration in Esch-sur-Alzette, Belval, Luxembourg EURAMET.M.G-K2 2015, file dd2573c2-9602-e71c-e053-d805fe0ad5dc
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21
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The new 5 MN hexapod-shaped multicomponent build-up system project., file dd2573c2-7c30-e71c-e053-d805fe0ad5dc
|
20
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A correction method for Vickers indenters squareness measurement due to the tilt of the pyramid axis, file dd2573c2-e5a9-e71c-e053-d805fe0ad5dc
|
20
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|
Analisi nel tempo di un condizionatore di segnale DMP40 e un calibratore BN100, file dd2573c2-eba7-e71c-e053-d805fe0ad5dc
|
19
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Guidelines on the Uncertainty of Force Measurements. EURAMET Calibration Guide No. 4
Version 3.0 (02/2022), file dd2573c2-fd7a-e71c-e053-d805fe0ad5dc
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19
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CCM – IAG Strategy for Metrology in Absolute Gravimetry: Role of CCM and IAG, file dd2573c2-fe94-e71c-e053-d805fe0ad5dc
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19
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Autotaratura della macchina campione di forza a pesi diretti da 1 MN “MCF 1000” presso INRiM, file dd2573c2-b75f-e71c-e053-d805fe0ad5dc
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16
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APPROFONDIMENTI METROLOGICI SULLA MISURA DEL MODULO ELASTICO CON LA PROVA DI PENETRAZIONE STRUMENTATA, file dd2573c2-8af4-e71c-e053-d805fe0ad5dc
|
15
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|
Absolute measurements of the free–fall acceleration in Geodetic Observatory Wettzell (Germany) EURAMET.M.G-K3 2018, file dd2573c2-bd69-e71c-e053-d805fe0ad5dc
|
14
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Conferma taratura a trazione fino a 10 MN con telaio di inversione, file dd2573c2-bd6d-e71c-e053-d805fe0ad5dc
|
14
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Conferma taratura a trazione fino a 10 MN con telaio di inversione, file dd2573c2-b75c-e71c-e053-d805fe0ad5dc
|
13
|
|
Design and metrological evaluation of the new 5 MN hexapod-shaped multicomponent build-up system, file dd2573c2-de5a-e71c-e053-d805fe0ad5dc
|
12
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Absolute measurements of the free-fall acceleration in Walferdange, Luxembourg ICAG 2013, file dd2573c2-94cd-e71c-e053-d805fe0ad5dc
|
11
|
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Sensitivity of the Drop Length in a Rise and Fall Absolute Gravimeter: Simulation and Data from the IMGC-02 Instrument Operating in Different Measurement Sites, file dd2573c2-a445-e71c-e053-d805fe0ad5dc
|
11
|
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Accurate force and moment measurement in spring testing machines by an integrated hexapod-shaped multicomponent force transducer, file dd2573c2-a548-e71c-e053-d805fe0ad5dc
|
11
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Accurate coil springs axial and transverse stiffness measurements with multicomponent testing machines, file dd2573c2-f6e9-e71c-e053-d805fe0ad5dc
|
11
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Recent developments to the IMGC absolute gravimeter”, Report on NTAG-2001 WORKSHOP “New Techniques for Absolute Gravimeters”, Speakers' Presentation Materials, 26th-27th February 2001, BIPM, Sèvres, France, file dd2573c2-63d1-e71c-e053-d805fe0ad5dc
|
10
|
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Assessment of the Measurement Uncertainty for an Absolute
Ballistic Gravimeter according to the guidelines of ISO GUM: example for the IMGC-02 AG, file dd2573c2-63ee-e71c-e053-d805fe0ad5dc
|
10
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A correction method for Vickers indenters squareness measurement due to the tilt of the pyramid axis, file dd2573c2-aa1e-e71c-e053-d805fe0ad5dc
|
10
|
|
Absolute gravity measurements at three sites characterized by different environmental conditions using two portable ballistic gravimeters, file dd2573c2-5fda-e71c-e053-d805fe0ad5dc
|
9
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|
Laser displacement interferometers with subnanometer resolution in absolute ballistic gravimeters, file dd2573c2-60f8-e71c-e053-d805fe0ad5dc
|
9
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|
Optical Measuring System For Hardness Indenters, file dd2573c2-6289-e71c-e053-d805fe0ad5dc
|
9
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Absolute gravity stations in Africa, file dd2573c2-6290-e71c-e053-d805fe0ad5dc
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9
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Absolute and relative gravity observations spanning the 2008 Etna eruption, file dd2573c2-629b-e71c-e053-d805fe0ad5dc
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9
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Metrological Characterization of Optical Measuring System for Hardness Indenters, file dd2573c2-62e4-e71c-e053-d805fe0ad5dc
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9
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Absolute and relative gravity observations spanning the 2008 Etna eruption, file dd2573c2-df58-e71c-e053-d805fe0ad5dc
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9
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Verification of Knoop indenters with a Vickers-addressed optical system, file dd2573c2-f26b-e71c-e053-d805fe0ad5dc
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9
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Calibration of multicomponent force and moment transducers using uniaxial force standard machines integrated with tilted plates, file 9d4f7f2b-7fd5-4b29-a9c6-ffade48981b2
|
8
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|
Determination of sensitivity coefficients and their uncertainties in Rockwell hardness measurement: a Monte Carlo method for multiple linear regression, file af488245-af85-4c61-85fa-b9a3f1f3a335
|
8
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Interferometer for the IMGC rise-and-fall absolute gravimeter, file dd2573c2-5f39-e71c-e053-d805fe0ad5dc
|
8
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|
Establishing a world-wide unified Rockwell hardness scale with metrological traceability, file dd2573c2-5f3e-e71c-e053-d805fe0ad5dc
|
8
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Self-attraction effect and correction on three absolute gravimeters, file dd2573c2-5f42-e71c-e053-d805fe0ad5dc
|
8
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|
Absolute gravity stations in Africa, file dd2573c2-628e-e71c-e053-d805fe0ad5dc
|
8
|
|
Procedura di confronto e taratura delle macchine di taratura di forza tra Laboratori di taratura accreditati e INRIM, file dd2573c2-7f55-e71c-e053-d805fe0ad5dc
|
8
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|
A method to estimate the time-position coordinates of a free-falling test-mass in absolute gravimetry, file dd2573c2-6017-e71c-e053-d805fe0ad5dc
|
7
|
|
Improvements of IMGC absolute gravimeter, file dd2573c2-62e3-e71c-e053-d805fe0ad5dc
|
7
|
|
Measurements for decision making. Measurements and Basic Statistics, file dd2573c2-6340-e71c-e053-d805fe0ad5dc
|
7
|
|
A new modified Jamin interferometer for the IMGC-02 transportable rise-and-fall absolute gravimeter, file dd2573c2-ae27-e71c-e053-d805fe0ad5dc
|
7
|
|
Verification of Knoop indenters with Gal-Indent optical system, file dd2573c2-b761-e71c-e053-d805fe0ad5dc
|
7
|
|
Verification of Knoop indenters with a Vickers-addressed optical system, file dd2573c2-f3c3-e71c-e053-d805fe0ad5dc
|
7
|
|
Determination and uncertainty propagation of sensitivity coefficients in rockwell hardness measurements, file 2e6304d4-0319-45e4-b9b6-d7c8b24e6882
|
6
|
|
Hardness measurement from empiricism to metrology an application to Rockwell C scale, file da863e1a-5b09-45ad-aa32-afa92502d0d9
|
6
|
|
INFLUENCE OF THE MUTUAL GRAVITATIONAL ATTRACTION IN A SET OF MASSES OF DEADWEIGHT MACHINES, file dd2573c2-5e81-e71c-e053-d805fe0ad5dc
|
6
|
|
Hardness testing on advanced technical ceramics, file dd2573c2-5f3b-e71c-e053-d805fe0ad5dc
|
6
|
|
World-Wide Unified Scales for the Rockwell Hardness Test with Conical Indenters, file dd2573c2-6224-e71c-e053-d805fe0ad5dc
|
6
|
|
Metrological Characterization of an Hexapod-Shaped Multicomponent Force Transducer, file dd2573c2-637a-e71c-e053-d805fe0ad5dc
|
6
|
|
Methods for the design of flattened-ring dynamometers, file dd2573c2-640d-e71c-e053-d805fe0ad5dc
|
6
|
|
FEM modelling for the micro-gravity field at BW and GR laboratories of LNE-Trappes, file dd2573c2-64db-e71c-e053-d805fe0ad5dc
|
6
|
|
Design and metrological evaluation of the new 5 MN hexapod-shaped multicomponent build-up system, file dd2573c2-9e20-e71c-e053-d805fe0ad5dc
|
6
|
|
Metrological characterization of an hexapod-shaped Multicomponent Force Transducer, file dd2573c2-e130-e71c-e053-d805fe0ad5dc
|
6
|
|
Laser displacement interferometers with subnanometer resolution in absolute ballistic gravimeters, file dd2573c2-eb0b-e71c-e053-d805fe0ad5dc
|
6
|
|
Validation report which details the advanced models developed to describe a) static and continuous and b) dynamic force transfer standards taking into account sensitivity stability, temperature and other parasitic influences on the measurement uncertainty (target uncertainty is 1 % up to 100 Hz and 2 % between 100 - 1000 Hz), file 6a89568c-d483-4c8f-a56f-0c962e1c2233
|
5
|
|
The development of hardness scales in Europe, file 8de2d26e-8c81-42f7-bf8e-d193f5f17e71
|
5
|
|
Accurate coil springs axial and transverse stiffness measurements with multicomponent testing machines, file cd49dcfb-5878-4e05-a05f-49400bb2a101
|
5
|
|
Improvements of IMGC absolute gravimeter, file dd2573c2-5e4c-e71c-e053-d805fe0ad5dc
|
5
|
|
Caratterizzazione metrologica di un trasduttore di forza multicomponente a forma di esapodo., file dd2573c2-5ed4-e71c-e053-d805fe0ad5dc
|
5
|
|
Galindent: The reference metrological system for the verification of the geometrical characteristics of Rockwell and Vickers diamond indenters, file dd2573c2-5f82-e71c-e053-d805fe0ad5dc
|
5
|
|
A method to estimate the time-position coordinates of a free-falling test-mass in absolute gravimetry, file dd2573c2-60ef-e71c-e053-d805fe0ad5dc
|
5
|
|
Proposed definition for the brinell hardness indentation edge, file dd2573c2-6279-e71c-e053-d805fe0ad5dc
|
5
|
|
Traceability in hardness measurements: from the definition to industry, file dd2573c2-62a6-e71c-e053-d805fe0ad5dc
|
5
|
|
Attività svolta presso lo CSIRO-NML (Australia), file dd2573c2-6360-e71c-e053-d805fe0ad5dc
|
5
|
|
Developing Multicomponent Force Transducers at INRIM, file dd2573c2-6384-e71c-e053-d805fe0ad5dc
|
5
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| Totale |
4.091 |