Sentence examples for modes of delamination from inspiring English sources

The special phenomenon of kink-crack trapping which prevents the typical failure modes of delamination or spalling in repaired systems is best revealed when the substrate concrete is prepared to have a smooth surface prior to repair.

In particular this paper uses experimental data from different simple test specimens in a finite element code, which is based on LS1, in order to calculate strain energy release rates (SERR) in different modes of delamination.

The sliding distance value has been more enhanced under the contribution of shear mode of delamination than the vertical gap under the normal mode.

Furthermore, results indicated a much higher interfacial strength and toughness in shear when compared to the tensile mode of delamination.

Both thinner and thicker coated beams have major fatigue crack planes along {1 1 1} planes; however, thicker coated beams possess specific failure mode of delamination, which is not found in thinner coated beams.

The results following from the close and intense observation of several SEM fractographs revealed that the surface texture of the fragments is strongly dependent on the type of forces acting at the point of impact resulting in four different modes of failure: delamination, transverse matrix cracking, fiber fracture and fiber-matrix interface debonding.

In contrast, the articular damage patterns on the right PE insert showed modes of damage (delamination, subsurface cracking) consistent with high-contact stress and material fatigue.

Based on a technical engineering theory an analytical procedure for calculation of strain energy release rate and its separation into modes I and II of delamination is presented.

This research investigates the influence of delamination modes I and II on the overall damage process observed in CLS specimen subjected to cyclic loads.

Both the 'free mode' and 'constrained mode' analyses in the study of delamination vibration are used.

In the cases presented, such approach is applied to model both force response and local strain evolution during the stable propagation of delamination in mode I and mode II, in the presence of fibre bridging phenomena and taking into account frictional effects between crack faces.