The phrase "accommodate loading" is correct and usable in written English.
It can be used in contexts related to engineering, construction, or logistics, where it refers to the ability to support or handle loads.
Example: "The design of the bridge must accommodate loading from heavy vehicles to ensure safety and stability."
Alternatives: "support loading" or "handle loading".
These adaptations allow certain regions of the cartilage to respond to loading; other regions are less well suited to accommodate loading.
There are many minor changes in level design, some for the purpose of balancing gameplay, but most to accommodate loading transition areas, due to the memory limitations of the PlayStation 2. Loki Games worked on a Linux version of the game, but the company went out of business before releasing it.
In either case, the output voltage is most likely to be a standard, grid-supplied voltage so as to accommodate loads designed to interface with standard electrical grids.
If L sc ≥0, it shows that other cluster controllers in cluster i enable to accommodate load from CC ij.
And while users have to increase their server size if they hit a capacity constraint on EC2, Lambda will scale more or less infinitely to accommodate load — without any manual intervention.
It is based on a model of T-plate weld joints with built-in ends and, therefore, accommodates load shedding effects directly.
To address this issue, we propose the G-PAVER reordering scheme that produces an effective preconditioner in the form of overlapping diagonal blocks while simultaneously accommodating load balancing on distributed-memory architectures and controlling overlap sizes.
Although there is a fiber network rearrangement to accommodate with loading in the case of equibiaxial loading, there is no significant reorientation of the main fibers direction of the different layers.
In such cases lateral pile capacity needs to be designed to accommodate the loading.
To accommodate multiple loading conditions, the weighted mean compliance of the CFRP vehicle door was taken as the objective function, subject to the constraints on the local displacements, primary natural frequency and manufacturability.
These mechanical properties were found to be dependent on the composition and improved with the amount of bioactive glass; however, values necessary to accommodate biomechanical loading were not achieved in this study.
