Sentence examples for inherent durability from inspiring English sources

Results suggest that even after considerable cycles of high temperature, the FRP samples still exhibited significant performance durability with relatively small impacts from material stiffness and strain effects suggesting an inherent durability and sustainability under conditions of extended environmental duress.

The meshing of religion, economic might, social and political status and daily usefulness is especially potent in metals because of their inherent beauty and durability.

The architectural design represents the key to understanding the strength and durability inherent to desmosomes.

Compared with flywheel-based inerters, fluid-based forms have advantages of improved durability, inherent damping and simplicity of design.

Compared with steel, FRP products have the following advantages: non-corrosive, non-magnetic, high ratio of strength to weight, high durability, inherent resistance to weather and the corrosive effect of caustics and salts as well as aggressive chemicals.

The inherent high temperature durability as well as the hardness of random inorganic networks composed of Si, B, N and C, can be raised through the incorporation of rigid structural elements (e.g. borazine rings) as well as through an increase of the carbon content.

As compared to all other natural silk fibers, muga silk possesses unique properties such as inherent natural golden color, highest tensile strength, high durability, stain free and moisture absorbent qualities, anti-flammable and anti-bacterial properties, biocompatibility, etc. [9, 10, 11].

However, databases based on immutability, such as CouchDB, are good picks for a system with good durability due to their inherent properties [1].

This parameter is more realistically evaluated using probabilistic approaches, in order to take into account the inherent randomness present on degradation phenomenon, which affects structural durability.

The application of hot cathode ionisation gauges in vacuum deposition processes (PVD, CVD) is critical regarding durability of the sensors, due to the inherent risk of contamination and discharges.

Their excellent inherent properties have resulted not only in improved bond quality and durability, but also have allowed a more efficient use of wood — an increasingly scarce resource — and the employment of automatic, high-speed processes for furniture manufacture.