The phrase "armor layer" is correct and usable in written English.
It can be used in contexts related to protection, defense, or technology, often referring to a protective covering or barrier.
Example: "The new design features an advanced armor layer that enhances the durability of the product against external impacts."
Alternatives: "protective layer" or "defensive layer".
Indeed, high pressure in the core can provoke failure of the armor layer and geotechnical instability.
The impact deformation of internal entities can be evaluated intuitively by armor layer indentation.
Relationships between the armor layer indentation rate and that of internal power and optical units are achieved.
An experimental study was performed to investigate the runup and transmission response of a CORE-LOC® armor layer.
Indeed, past researches focused on the influence of relatively high berms on the stability of the armor layer.
Cu shell not only acts as a conductive network, but also serves as a protective "armor" layer to keep electrode stable upon cycling.
Armor layers also largely result from a low upstream sediment supply relative to the transport capacity of the flow.
Such selective transport of fine sediment is partially responsible for the formation of armor layers in many streams.
Armor layers of mound breakwaters are usually designed with empirical formulas based on small-scale tests in non-breaking wave conditions.
The cross section of a flexible pipe is a combined construction of armor layers, which usually are of spirally wound steel tendons, and sealing layers, which are polymers of thermoplastic materials or compliant steel tubes.
A detection pattern is observed during forced rupture of the wires of one of the outer armor layers, and reliable identification of events is possible when information from the three techniques is combined.
