The phrase "application of an overload" is correct and usable in written English.
It can be used in contexts related to engineering, computing, or any field where the concept of overload is relevant, such as discussing the effects of excessive load on a system.
Example: "The application of an overload in the circuit caused a failure in the system's performance."
Alternatives: "imposition of an overload" or "use of an overload".
Application of an overload within an otherwise constant-amplitude loading scenario causes retardation in crack propagation.
During the application of an overload, a crescent moon shaped damage zone was formed ahead of the crack tip characterized by cleavage surfaces, tearing ridges, dimples and voids.
Whilst crack growth retardation following the application of an overload during variable amplitude loading is a well-known spectrum effect, the order of smaller amplitude cycles can also affect crack growth.
The crack closure behaviour on the application of a single overload cycle was studied in a Ti-6Al-4V specimen.
The proposed study is focused on to evaluation of retardation in fatigue life due to application of a single overload.
The application of a tensile overload results in a short period of acceleration in the crack growth rate followed by a significant retardation in the crack growth rate.
The present study aims at evaluating retardation in fatigue life due to application of a single tensile overload spike by adopting an exponential model.
The size and shape of the crack-tip plastic zone and the damage profile induced during the application of the overload in the base material are predicted by FE analysis in conjunction with a porous-metal plasticity model.
It is well known that retardation in fatigue crack growth occurs due to application of single overloads in a constant amplitude loading block.
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Crack growth rate after application of overload could not return to its original level even the crack grows beyond the overload plastic zone.
