Sentence examples for deterioration of strength from inspiring English sources

Perforation damage leads to deterioration of strength capacity and life-time shortening of the structures.

Based on the comparison of experimental results of exposed specimens to control specimens in terms of bond strengths, failure modes and strain profiles, the most significant degradation of pull-out strength was observed in specimens exposed to outdoor environment, whereas temperature cycles did not cause any deterioration of strength.

On the contrary, the study of the second category of systems reveals that the shifting of resistance centres due to asymmetrically localized yielding of load-resisting element at one edge under coupled lateral-torsional motion, and the progressive deterioration of strength of this edge element, may cause a displacement and ductility demand several times those of the similar symmetric systems.

Additional conversion of the X-ray amorphous gels, which exhibit excellent thermal stability below 800 °C, into such crystalline phases as calcium aluminum oxide and anorthite (CaAl2(SiO4)2) was found at 1000 °C, resulting in a severe deterioration of strength and a reduction of approximately 40.0 MPa.

However, having experienced this damage, the pier column appears unable to sustain further excitation with the equally strong L'Aquila motion, which exhausts its ductility capacity causing rapid deterioration of strength after a couple of cycles and eventually collapse.

Pt 05 also showed other minimal but significant changes as reduced deterioration of strength at the Kin‐Com ergometer and amelioration of the trend of MRI parameters, which instead did not change or deteriorated in all the other patients.

Fatigue damage is the deterioration of material strength due to repeated traffic loading and healing is the restoration of the material strength, which essentially delays the fatigue cracking in the asphalt pavement.

Compared with steel structures, the ultimate strength of aluminium structures is sensitive not only to residual stresses and initial deformations, but also to the deterioration of mechanical strength in heat-affected zones (HAZ).

However their presence did not accelerate the deterioration of the strength after the environmental exposure.

Deterioration of impact strength was also found to depend on molecular weight.

The numerical response of the uniaxial extension test shows a linear elastic region that is followed by a sharp deterioration of the strength due to induced damage.