The phrase "artificial damage" is correct and usable in written English.
It can be used in contexts discussing damage that is not naturally occurring, often in relation to technology, materials, or environments.
Example: "The researchers found that the artificial damage caused by the testing methods significantly affected the results."
Alternatives: "man-made damage" or "synthetic damage".
Tolerance to artificial damage was assessed as the difference in fitness between undamaged and damaged plants of the same family and tolerance to snail damage was assessed as the slope of the proportion of leaf area damaged and number of fruits produced after damage [21].
Damage was successfully identified for all four artificial damage cases considered.
Another method of introducing an artificial damage is by loading the steel girder beyond yielding and then unloading.
Changes in the identified modal parameters attributable to the artificial damage were observed.
Artificial damage is induced in membrane structure by cutting and tearing the membrane.
7 full-size slab specimens are systematically designed with initial defects by means of intentionally inducing dry shrinkage or artificial damage before loading.
Because of the manufacturing process of seam bonds, the reliable preparation of artificial damages with adhesive is not possible.
The data sets were conducted based on artificial damages created in quasi isotopic laminated composites of the AS4/3501-6 graphite/epoxy system and ball bearing of the type 6204 with a steel cage.
By combining the natural and artificial damage-elicited VOC profiles we identified those sulfur-containing compounds that serve as markers for root damage in each plant species.
Artificial corrosion damage was applied to the tubular specimens via mechanical processing and hand drilling to replicate the inclined nature of jacket-type offshore structures.
Three out of six Brassica plant species, namely B. nigra, B. juncea and B. napus, primarily emitted m/z 60 immediately after artificial root damage (Fig. 3A, C and E).
