The phrase "a natural framework" is correct and usable in written English.
It can be used to describe a structure or system that is inherently aligned with natural processes or principles.
Example: "The researchers developed a natural framework for understanding the ecosystem's interactions and dependencies."
Alternatives: "an organic structure" or "a holistic model".
Everything imaginable must be logically possible within a natural framework.
Impulsive differential systems represent a natural framework for mathematical modelling of several processes in the applied sciences [1 4].
Fuzzy logic provides a natural framework to deal with its uncertainty and the tolerance of imprecise data inputs.
The nation offers a natural framework for moral traditions, and thereby for moral understanding; it is the primary school of morals.
Further, the underlying exact equations provide a natural framework for extensions to finite wave amplitudes and any realistic situation.
Second, the model provides a natural framework for combining knowledge from experts and stakeholders with quantitative data.
Therefore, we argue that MSMs represent a more natural framework for analysis of protein dynamics by embedding a high dimensional space into a more tractable representation by coarse-graining the motions in accordance with the hierarchy of time scales.
Arguably, interval-based logic is a more natural framework for that.
Indeed, they appeared as a more natural framework for mathematical modeling of many real-world phenomena often and occur in applied science and engineering [4 8], for example, in as physics, population dynamics, ecology systems, optimal control, industrial robotic, etc.
The theory of impulsive differential equations now not only is being recognized richer than the corresponding theory of differential equations but also represents a more natural framework for mathematical modeling of many real world phenomena.
It is well known that the theory of impulsive differential equations is emerging as an important area of investigation, since it is not only richer than the corresponding theory of differential equations without impulse effects but also represents a more natural framework for mathematical modeling of many world phenomena [1].
