Sentence examples for maximum displacement during from inspiring English sources

The most active areas depending on the site response simulations have been determined, and the critical buildings that have maximum displacement during the earthquake motion are detected.

The most effective ground motion locations in the selected area have been determined, and the critical buildings that have maximum displacement during the earthquake motion are detected.

Data from geophones, an offshore wave buoy and video cameras installed on the tower have been used to calibrate and validate the model; in particular, the wave that caused the maximum displacement during the winter 2013/2014 storms has been considered.

Functional scans were rated on a three-point scale as 1: maximum displacement during fMRI run ≤3 mm (one voxel in our fMRI study design), 2: maximum displacement during fMRI runs >3 mm, and 3: incomplete scan.

Figure  5 illustrates change trends in the canine's maximum displacement during orthodontic movement in the three movement cases.

We chose a level of maximum displacement during fMRI runs of 3 mm as our cut-off between "useful" and "not-useful" fMRI scans.

We here calculated earthquake magnitudes using the following formula (Hara, 2007a): (1 where M is the earthquake magnitude, A is the maximum displacement (m) during the estimated duration of HFER from the arrival time of a P-wave, Δ is the epicentral distance (km), and t is the estimated duration (s) of HFER.

To ensure convergence of the solution with contact nonlinearity, displacement incrementation was controlled such that the maximum displacement increment during any increment was 1 nm.

Maximum displacement of the IVC during the respiratory cycle was determined by identifying an anatomic landmark on the IVC and measuring the distance between its locations on the ultrasound screen from maximal expiration to maximal inspiration within a single respiratory cycle.

The exclusion criteria after the MRI experiment were as follows: their response accuracies in the "true" and "inverse" conditions were lower than 80%; data with maximum displacement in any direction during scanning was greater than 2 mm or head rotations were larger than 2.0 degrees; or they had not devised strategies sufficiently well during lie-telling scanning.

The maximum displacement of an elastic wedge during the impact and penetration stages are compared with published results from a fully coupled theoretical model and a fully coupled numerical solver.