Sentence examples for protective cladding from inspiring English sources

The accurate modeling of heat transfer across the gap between fuel pellets and the protective cladding is essential to understanding fuel performance, including cladding stress and behavior under irradiated conditions, which are factors that affect the lifetime of the fuel.

Comes in sable black, protective cladding, onboard DVD Navigation System, seventeen-inch seven-spoke cast-aluminum wheels.

Despite Glencore being linked to a catalogue of alleged environmental and human rights abuses, it has emerged as one of the bridge's founding sponsors, pledging to donate a copper-nickel alloy that will form a protective cladding on the structure.

As protective cladding, zirconium oxide yttrium oxide composite was used, with its proven thermal stability in withstanding temperatures in rocket and jet engines up to 1650 °C.

A large number of small-scale fire tests permitted the analysis of different parameters on the thermal behaviour of protective cladding made of gypsum plasterboards and wood-based panels.

In this "nightmare scenario," the resulting lack of cooling, combined with the continuing addition of decay heat from fuel assemblies force material temperatures high enough to cause protective cladding to fully react with either air, steam or a combination of the two.

The use of embedded matrix transducers located all over the composite material used for armor tiles is proposed for the construction of protective clad screens; this approach enables efficient detection of damaged areas of the protective screen, the assessment of the level of damage, and the prediction of damage to spacecraft and equipment structures.

Hence, this analysis of wooden façades examines their influence on the thermal behavior of the whole building, considering both material properties and structural design, focused on the exterior cladding or protective layer.

These findings suggest that the idea of using a protective layer in underwater laser cladding in full wet surroundings is feasible.

Like their 13th- to 15th-century counterparts, contemporary architects are being enlisted to create not only major civic landmarks but lines of civic defense, with aesthetically pleasing features like elegantly sculpted barriers around public plazas or decorative cladding for bulky protective concrete walls.

The models were implemented in an open-source, Python-based tool, used here to the analyze fuel with Zr-based cladding having outer, protective layers of either FeCrAl or SiC, two materials proposed for use in next-generation, accident-tolerant fuel.