A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
LOFT Experimental Measurements Uncertainty Analyses. Volume XI. Free-Field Pressure Transducer
Free-field pressure transducers (FFPTs) are used in the Loss-of-Fluid Test (LOFT) system to measure the fast pressure transient associated with the subcooled decompression phase of LOFT experiments. LOFT is a small-scale nuclear pressurized water reactor (PWR) test system designed to provide data from experiments simulating accident conditions in commercial PWR systems. This analysis estimated the measurement uncertainty for FFPTs during the subcooled decompression phase of LOFT experiments to be the root-sum-square combination of 0.31 MPa and 1% of reading. The FFPTs may be used during other phases of LOFT experiments; however, the uncertainty during these phases may be somewhat larger and is not included in this analysis.
LOFT Experimental Measurements Uncertainty Analyses. Volume XI. Free-Field Pressure Transducer
Free-field pressure transducers (FFPTs) are used in the Loss-of-Fluid Test (LOFT) system to measure the fast pressure transient associated with the subcooled decompression phase of LOFT experiments. LOFT is a small-scale nuclear pressurized water reactor (PWR) test system designed to provide data from experiments simulating accident conditions in commercial PWR systems. This analysis estimated the measurement uncertainty for FFPTs during the subcooled decompression phase of LOFT experiments to be the root-sum-square combination of 0.31 MPa and 1% of reading. The FFPTs may be used during other phases of LOFT experiments; however, the uncertainty during these phases may be somewhat larger and is not included in this analysis.
LOFT Experimental Measurements Uncertainty Analyses. Volume XI. Free-Field Pressure Transducer
L. D. Goodrich (author) / G. D. Lassahn (author)
1982
19 pages
Report
No indication
English