The phrase "a framework for relating" is correct and usable in written English.
It can be used when discussing a structure or system that facilitates connections or relationships between concepts, ideas, or entities.
Example: "The research provides a framework for relating different theories of social behavior to practical applications in community development."
Alternatives: "a structure for connecting" or "a system for linking".
We present a framework for relating the simulation results to the flame measurements, and then use the simulation data to further probe the time-dependent, 3D structure of the flames as they interact with the turbulent flow.
The contribution of this paper is a framework for relating butterfly-shaped hysteresis maps to simple (single-loop) hysteresis maps, which are typically easier to model and more amenable to control design.
This suggests that modules provide a framework for relating mesoscopic patterns in the connection topology to subsystems responsible for specific functions.
annotationLookup provides a framework for relating annotation (e.g. transcription start sites) information to probe positions on a tiling array.
This is provided as a framework for relating the price of a hexavalent to the individual vaccine prices.
A framework for relating measured biological impacts to the presence of potential chemical mixtures has been described by ECETOC (2011) and is shown in Figure 6.
Furthermore, the tissue gene expression data provided in this paper provide a powerful framework for relating DNA variation to gene expression changes, and in turn to phenotypic variation.
These genome sequences will become valuable tools that can provide a powerful framework for relating genome-level events to decipher the morphological and physiological variations that have contributed to colonization from aquatic habitats to land habitats.
Truccolo, W., Eden, U. T., Fellows, M. R., Donoghue, J. P. & Brown, E. N. A point process framework for relating neural spiking activity to spiking history, neural ensemble, and extrinsic covariate effects.
In addition, the paper presents a more general framework for relating and interpreting these receptive fields conceptually and possibly predicting new receptive field profiles as well as for pre-wiring covariance under scaling, affine, and Galilean transformations into the representations of visual stimuli.
The framework for relating selection and its response in a particular trait relies on a simple empirical function that relates a population's short-term evolutionary response to the selection intensity and to the amount of genetic variation present.
