Exact(5)
The presented study consists of four main parts: ambient vibration test, initial finite element modeling, finite element model calibration and structural analysis of the calibrated finite element model.
Uncertainty and identifiability analysis of the calibrated model parameters revealed non-identifiable parameters due to the limited amount of data.
The values obtained directly by statistical analysis of the tests results and the ones derived by the statistical analysis of the calibrated imperfection amplitudes represent an improvement with respect to old design values extrapolated from isotropic shells.
This conclusion is supported by independent spatial moments analysis of the calibrated image data, which yields a mean velocity for the center of mass of the 99mTc plumes in sand of 4.32 × 10 5 m s 1.
Analysis of the calibrated steady state model output indicates that the model simulates the groundwater elevation, hydraulic gradient and flow direction (Fig. 9) across the active model area to an acceptable level.
Similar(55)
The densitometric analysis of the samples, calibrated by the dilution series of a reference probe, revealed an overall density of β3 chain at 96 kDa and αv light chains at 25 and 27 kDa of 102.8 ± 43.0 in GBMs (n = 20) and 69.1 ± 30.9 in low-grade astrocytomas (n = 5), which corroborates the immunohistochemical measurements (but is not statistically significant).
Thus, the detailed analysis of the lithostratigraphic units calibrated against the Rittershoffen geothermal wells is a very powerful technique for improving the geological knowledge.
We present here an evaluation of basic PFS sounding capabilities; results refer to the analysis of a single, calibrated spectrum.
As an example application, this study used the developed theory to perform a preliminary analysis of the method for calibrating models using both vibration transmissibility and DPRFs.
This procedure had the dual advantage of producing data at a resolution relevant to the spatial scale of analysis, and of calibrating the downscaled LGM climate data to actual observed climate conditions.
Any comparative, functional, or ontogenetic analysis of morphology requires calibrated three-dimensional representation of anatomical structures with their natural shapes, orientations, and spatial relationships in as close to their natural state as specimen preparation can allow.
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