NDT, Digital half-cell and electrical resistivity readings were taken at various locations of bridge.
A 3-D steady state finite element groundwater numerical model (FEFLOW) was applied to 200 cored and geophysically-logged (gamma and resistivity) boreholes and 3400 digital water wells.
This study aims to investigate the damage accumulation process and its anisotropy for nano-infiltration transient eutectic sintered (NITE) SiC/SiC composites by various characterization techniques such as the acoustic emission (AE), digital image correlation (DIC) and electrical resistivity (ER) measurements.
The electrical resistance measured by Fluke digital multimeter R measured consists of following three components: The electrical volume resistivity of the composites was measured using a high resistance meter (Model 4339B, Agilent, Santa Clara, CA, USA).
It possesses good thermal conductivity, heat and shock resistance, and high electrical resistivity at elevated temperatures.
The data used for this research include suites of digital wireline logs (e.g. gamma-ray, resistivity and density logs from three wells, checkshot, and seismic lines.
This is the first study comparing digital assessment of cervical ripening to cervical electrical resistivity measured by a bio-impedance technique for the prediction of the outcome of induced labour.
Cervical resistivity may better assess cervical stromal "compliance" than digital assessment, and high cervical stromal resistivity may reflect higher resistance to stretch, which may contribute to labour dystocia, fetal distress and caesarean delivery.
A strain changes the resistance because the length, area, and resistivity of the conductor change.
The resistivity was tested by the four-probe method on a digital source meter (Keithley 2400, Keithley Instruments, Inc., Cleveland, OH, USA).
