The phrase "ability to accommodate change" is correct and usable in written English.
It can be used in contexts discussing adaptability, flexibility, or resilience in various situations, such as in business, personal development, or organizational behavior.
Example: "In today's fast-paced world, the ability to accommodate change is essential for any successful organization."
Alternatives: "capacity to adapt to change" or "flexibility to embrace change".
A key part of such a strategy is the ability to accommodate changes in geometry with minimal perturbation to an existing mesh.
All of the preceding experiments confirmed that the heart has the intrinsic ability to accommodate changes in preload; increasing diastolic volume and stretch increase the force of contraction.
However, the design of the current study limited the ability to accommodate changes in risk factors which may have influenced cardiovascular outcome in our patient cohorts.
Notably, haploid cell lines have also been isolated from flies that do not normally show haploid development [ 4] indicating that the ability to accommodate a change of ploidy is widely maintained in insect species.
Designed to accommodate change without rewriting.
It is tempting to speculate that the ability to acclimate may help amphioxus to maintain their ability to accommodate environmental changes, and therefore allow their very slow background evolutionary rates and morphological stasis through time.
The ability of emperors to accommodate changes in patterns of climate and environmental variation is likely to be critically important [3], [40].
Today, coaxial core-shell structure has attracted wide attention due to its ability to accommodate the volume changes of tin (core), which is well encapsulated in the carbon matrix (shell).
Nanostructured silicon electrodes have attracted attention as a potential candidate for high capacity anode in lithium-ion batteries, thanks to their high specific capacity and their ability to accommodate silicon volume changes upon cycling.
The extraordinary performance should originate from the very small size of SnO2 nanoparticles and carbon precursor matrix derived from glucose which can confer the ability to accommodate the volume changes and prevent the agglomeration of Sn particles during charge/discharge process.
