"bearing damage" is correct and usable in written English.
You can use it when referring to physical damage done to a part of a machine, such as a bearing, or when describing something that has been damaged as a result of bearing a burden or responsibility. For example: "The bearing was damaged due to prolonged exposure to high temperatures."
Furthermore, the extent of bearing damage has eluded the diagnostician.
Compared with net-section damage, bearing damage has greater influence on failure mode.
However, bearing damage and net-section damage must have some influence on the load distribution and then change structure failure mode.
Much less hole bearing damage, and hence energy absorption, occurred when the fastener(s) fractured at a thread, which occurred most frequently in thick joints and in quasi-static tests.
The surface gouging observed in this study suggests that bearing damage due to micro-separation and subsequent edge loading is common among all designs of MoM hips and can be an important factor in clinical performance.
The model has advanced beyond the state-of-the-art as loading rate effects, in addition to bearing damage, are accounted for through a novel conic damage approximation function.
Parasites treated with CD appeared rounded, shrunk or inflated with some protrusions in the ventral disk, bearing damaged flagella and caudal region, and the plasma membrane with fractures and wrinkles-like (Figure 6C and D).
p65 deficiency sensitized keratinocytes to DNA damage-induced death in vivo and in vitro, suggesting that inhibition of NF-κB prevented tumour initiation by facilitating the clearance of cells bearing damaged DNA.
Failure morphology under fatigue condition revealed net-tension, and shear-out failures besides the bearing damages.
This study examines 24 retrieved modular MoM implants from a single manufacturer and compares retrieval analytics; bearing surface damage, wear, and modular taper corrosion against patient, surgical and implant characteristics to elucidate significant associations.
Prevention of high-frequency bearing current damage uses three approaches: good cabling and grounding practices, interruption of bearing currents, and filtering or damping of common-mode currents.
