The phrase "artificial damage of" is correct and usable in written English.
It can be used in contexts discussing damage that is not naturally occurring, often in relation to objects, environments, or systems that have been intentionally harmed or altered.
Example: "The researchers studied the effects of artificial damage of the coral reefs to understand their recovery processes."
Alternatives: "man-made damage to" or "deliberate harm of".
However, these procedures may cause serious artificial damage and complications because of capsulotomies or the destruction of the cortical bone of the femur neck fundus and require relatively high-cost and complicated technique.
The results include reflection, transmission and also scattering of the guided waves at the joint as a function of frequency, propagating mode and presence of artificial damage.
The results present the different scattered field of the guided waves at the joint as a function of frequency, mode, excitation angle and presence of artificial damage.
The results allowed for conclusions to be drawn regarding the adequacy of the artificial damage approach and highlighted the importance and role of other forms of degradation upon damage tolerance of laminated composites containing damage.
Usually, mechanical damage to plant foliage elevates VOC release in case of artificial damage carried out by researchers [40]; however, mechanically damaged M. aquatica does not exhibit emissions as intense or with the same compositional pattern as after herbivory.
This technique has a distinct biomechanical basis, saves time, requires relatively lower-cost and introduces a low risk of artificial damage.
To examine tolerance to artificial damage, we tested the effects of cross, population, family and clipping on the number of fruits produced by conducting a mixed model analysis of covariance.
Identification of propagation vibrational modes and measurements of mode energy amplitude are used to correlate the spectral energy change to the extension of an artificial damage introduced to the cable sample by a notch transversal to the pulse propagation.
Multiple modal frequencies, specifically the first three and four modal frequencies, were effective features because they were highly sensitive not only to the presence but also to the severity of the artificial damage.
