Sentence examples for plastic deflection from inspiring English sources

Any permanent plastic deflection and the correlated permanent plastic deflection angle would lead to an alteration of correction and had to be checked to quantify type 1 failure as the criterion can only be checked in the unloaded condition.

The permanent plastic valgus malrotation of the tibial head, which corresponds to the permanent plastic deflection angle of the tibial plateau at a given time, was defined as the resulting permanent plastic displacements on the medial and the lateral sides in the specimens' frontal plane.

To study the development law of residual deflection under fatigue loading, the total residual deformation fN is then regarded as the superposition of the plastic deflection f1 related to pre-cracking loading and the residual deflection fi related to fatigue loading.

However, postyield load and plastic deflection were both significantly decreased (−45% and −30%, resp).

Similarly, postyield load and plastic deflection were not modified by fatigue loading, including plastic energy (Table 2).

Cyclic loading decreased postyield load and plastic deflection in rats fed a low protein diet, but not in those on a regular diet.

Results demonstrate a significant difference in both total and plastic shutter deflection for tile impacts vs. 2×4 lumber.

The classical, rigid plastic, small deflection analysis (e.g. see [2,8]), is valid for estimating the initial failure mechanisms, however it is insufficient for describing the details and consequences of large deflection behaviour.

A semi-analytical method for the elastic-plastic large deflection analysis of welded steel or aluminium plating under combined in-plane and lateral pressure loads.

Consequently, the strength in elasto-plastic mode, maximum deflection and plastic strain of the equipped system representing the permanent damage is obtained in order to achieve lower losses.

Material nonlinearities are taken into account by a stress strain bilinear model including cyclic strength and stiffness degradation in the framework of lumped plasticity (plastic hinge model), while geometrical nonlinearities are modeled by including large deflection effects.