Sentence examples for deterioration of materials from inspiring English sources

Testing for breakdown or deterioration of materials under exposure to a particular type of environment has greatly increased in recent years.

In order to describe the progressive deterioration of materials prior to the initiation of macrocracks, we have developed a new damage mechanics model.

Some of the monitoring methods currently in use1, both for indoor/outdoor climate and the deterioration of materials requires a level of funding and technical capability that may be difficult for under-resourced heritage sites to maintain [3, 4].

For polymeric materials applied in nuclear environment, the macroscopic properties usually remain unchanged after irradiation for several years or decades up to a threshold dose at which the deterioration of materials begins to take place.

Generally corrosion is a system property rather than a simple material property, and today the impact of corrosion on society and the related deterioration of materials lead to the increased complexity and diversity of material system including ceramics, which are not susceptible to electrochemical degradation due to its poor conductor property but due to the simple dissolution of the material.

Oxidation is a commonly known process usually occurring at elevated temperatures, which often leads to severe surface degradation and to deterioration of material properties.

In the calculation of the joint strengths, the reduced material property of 0.2% proof stress was used due to the deterioration of material at elevated temperatures.

In calculating the nominal strengths of the connections, the reduced material properties were used due to the deterioration of material at elevated temperatures.

Systems with parts that vary in size from pico to macro inclusive are vulnerable of being incapacitated when a single part fails owing to deterioration of material properties.

New design curves to determine the deterioration of material properties of cold-formed high strength steel at elevated temperatures are proposed.

The coupling effect of the deterioration of material and loosening of bond induced the value of equivalent viscous damping coefficients to decrease at first then increase, however, the cumulative energy dissipation decreased continuously.