The phrase "approach of coupling" is correct and usable in written English.
It can be used in contexts related to methods or strategies involving pairing or linking elements, often in technical or scientific discussions.
Example: "The approach of coupling different algorithms can lead to improved performance in data processing tasks."
Alternatives: "method of linking" or "strategy of pairing".
Aquaponics is an approach of coupling two technologies: recirculation aquaculture (fish-farms) and hydroponics (soil-less cultivation of crops).
The novel approach of coupling an ABM with an IBM is encouraged in further land use related studies.
This paper presents a novel modeling approach of coupling transient computational fluid dynamics (CFD) simulation with system identification for control system involving fluid flow and heat transfer.
By taking dual approach of coupling experiments with simulations of cavitation bubble dynamics, we have tried to justify the trends in experiments results.
Using a novel approach of coupled series-asymptotic expansions, we derive the normal form equation of the original governing nonlinear partial differential equations.
The approach of coupled transient thermal analysis to account for the temperature fields generated during the dwell and deposition phases of the process resulted in reasonably accurate results, with an error of 18% between absolute maximums.
The dispersion behavior of the solid phase in a three-dimensional spout-fluid bed was numerically investigated via the approach of coupled computational fluid dynamics and discrete element method (CFD DEM), in which the fluid and solid phases were solved using the Eulerian and Lagrangian framework, respectively.
These are, among other things, the ad hoc approaches of coupling between various media, the simplification of modelling overland and/or river flow, and the excessive demand of computational time.
The herein proposed novel approach consists of coupling a differential evolution strategy with the one-level reliability method based on the Karush Kuhn Tucker (KKT) conditions.
Indeed, one approach consists of coupling MUC1 DNA with DNA corresponding to the expression of a heat shock protein (HSP70) which has already been reported to improve the stimulatory properties of DC [ 55].
This study is dedicated to a novel modeling approach of a coupled Eulerian and Lagrangian (CEL) method for both fully molten and semi-molten droplet impingement processes.
