Sentence examples for displacement pattern is from inspiring English sources

It is concluded that the main structural characteristic that affects the shape of the displacement pattern is the number of stories.

In the parametric study, the examination of the displacement pattern is combined with the analysis of the kinematic characteristics of the waves generated by the load.

This displacement pattern is shown to be proportional to the time and space varying contact pressure, which then is incorporated into a wave equation for rolling contact.

The displacement pattern is significantly different to the results obtained from onshore GNSS data, as mentioned previously.

We consider these displacements to be significant, because the same displacement pattern was also detected in the data captured under different orbits; however, it should be noted that atmospheric conditions and other noise might not have been the same.

In the BBPE, the displacement pattern was evenly distributed from the palatal slope to the dentition, whereas in the conventional expander, the displacement was concentrated maximum at the dentition level.

In this finite element (FE) study, the stress distribution and displacement pattern was evaluated in the mid-palatal area and around circum-maxillary sutures exerted by bone-borne palatal expander (BBPE) in comparison with conventional HYRAX rapid palatal expander in unilateral cleft lip and palate.

The use of these (or other) displacement patterns is based on the main objectives of the performed biaxial tests: on one hand, the comparison between uniaxial and biaxial load paths, and on the other hand, the evaluation of the effect of the different biaxial displacement patterns in the column response.

The relevant pseudo-symmetry relations for mode displacement patterns are obtained using asymptotic approximations of Bessel functions.

At higher frequencies (>1000 Hz), their displacement patterns are highly organized with multiple areas of maximal displacement separated by regions of minimal displacement.

At our study site situated in the Canadian High Arctic, DInSAR seasonal ground displacement patterns were consistent with field observations of permafrost degradation.