The phrase "applicable to loading" is correct and usable in written English.
It can be used in contexts where you are discussing rules, regulations, or conditions that relate specifically to the process of loading something, such as cargo or data.
Example: "The safety guidelines are applicable to loading procedures to ensure that all items are secured properly."
Alternatives: "relevant to loading" or "pertinent to loading".
By considering that usual structural optimization criteria based on the Von-Mises equivalent stress are strictly applicable to static loading, and that their application to fatigue loading is questionable, particularly when the applied loads are out-of-phase, an approach based on Computer Aided Optimization proposed by Mattheck in the '90s of the last century is proposed.
From a theoretical point of view, this is accomplished (within a deformation theory framework applicable to continued loading) by accounting for a specific interfacial term in the overall potential of the material, in terms of which its response, taken to conform to strain gradient plasticity, is defined.
The test results were next used to assess the accuracy of two existing IC debonding strength models which are applicable to different load distributions.
The model is applicable to in-plane loaded unreinforced masonry block walls with regular textures and provides as output failure loads and collapse mechanisms.
For this purpose, an incremental fatigue crack growth model which was originally developed for isothermal variable amplitude loading conditions was extended so as to be applicable to non-isothermal loading conditions.
Therefore, due to the uncertainties inherent in this applicable field, it is best to load bone grafts with only a low amount of antibiotics to prevent overdosing.
Therefore, the proposed loading system can be easily applicable to the third-point loading as well as the fourth-point loading, where two vertical loads are applied simultaneously to the beam.
This way the negative effects experienced by deploying the original linear RED drop probability function are improved so that link under-utilization and heavy oscillations are avoided and the function is applicable to a wide load range.
It is shown that for a given site and uncertainties profile, there exist an optimum margin of safety, applicable to the peak load, which can be used to size the diesel generator towards designing a cost-effective and reliable system.
