"components wear" is a grammatically correct phrase that can be used in written English.
It typically refers to the wearing or deterioration of individual parts or components of a larger object or system. Example: "The engineers discovered that the machine's components wear at a faster rate than expected, causing frequent breakdowns and increasing maintenance costs."
In landing gear components, wear and corrosion control of many components is accomplished by surface treatments of chrome electroplating on steel or anodizing of aluminum.
In several other studies increased components' wear, edge loading and raised blood and/or serum ion levels were also correlated positively with the inclination of the acetabular component [ 1, 5- 8, 16, 17, 21, 22].
The system components worn by the patient included an Insulet OmniPod insulin pod and a DexCom Seven Plus sensor/transmitter.
In most cases, they stem from component wear and perforation of the graft, leading to leakage.
Operational level: Operating the vehicle in an appropriate manner helps to reduce fuel consumption and component wear.
But not every driving error in those situations results in significant increased fuel consumption or component wear.
Reduction in patellofemoral forces could reduce patellar complications such as anterior knee pain, component wear, and loosening.
According to literature on eco-driving with respect to heavy commercial vehicles, drivers have numerous possibilities to influence fuel consumption and component wear [12, 13, 14].
From fuel efficiency training programs it is a well-known fact that truck drivers can reduce fuel consumption and component wear.
The high hardness and low roughness of these coatings contribute to the reduction of the component wear in tribological contact.
A major source of industrial wear problems is through the erosive component wear from hard particles carried in a jet of fluid.
