The phrase "aggregate incorporation" is correct and usable in written English.
It can be used in contexts related to business, finance, or data analysis, where it refers to the process of combining various elements into a single entity or structure.
Example: "The company's strategy focuses on aggregate incorporation of diverse data sources to enhance decision-making."
Alternatives: "collective integration" or "combined assimilation".
Results also confirm that rubber aggregate incorporation increases length change due to shrinkage.
All properties were significantly affected by recycled aggregate incorporation and this effect was strongly dependent on the properties of the recycled aggregates of each specific source.
The massification of recycled aggregate incorporation would decrease the environmental impacts of the concrete industry, for instance due to reduced landfill disposals, less quarry mining and shortened transport distances.
In contrast, ring-test results demonstrate that the strain capacity enhancement provided by rubber aggregate incorporation largely offsets the additional shrinkage length changes: shrinkage cracking is delayed and, when it occurs, the crack network exhibits thin crack openings which are less detrimental.
XPS/SRPES analysis, combined with operando X-ray Absorption Near Edge Structure (XANES) and AFM measurements, indicated that water induces severe aggregation of CeO2 nanoparticles, exposure of CePO4 on the outer layer of the aggregates and incorporation of the catalytic-active Pd nanoparticles into the bulk.
One potential use of these aggregates is their incorporation in reinforced concrete as a replacement of natural aggregates.
This assumption is based on experimental and theoretical studies on the deformation of olivine aggregates (Fo = 90) (Karato et al. 1986; Hirth and Kohlstedt 1996; Mei and Kohlstedt 2000a, b; Jung et al. 2006; Korenaga and Karato 2008), which showed enhanced dislocation and diffusion creep rates in olivine aggregates with the incorporation of water.
This has been demonstrated for marine aggregates, where the incorporation of free protein particles significantly increased stability [41].
By relating the dynamic rheological data with a scaling model, it was found that native and modified DAP hydrogels had both a fractal aggregate structure and the incorporation of dextran resulted in an increase of the fractal dimension.
It was assumed that incorporation of aggregates with low elastic modulus could be a solution.
Such a high compressive strength development was attributed to the marked water-reducing effect and improved bonds between cement hydrates and aggregates due to the incorporation of polymer powder (Lho et al. 2010).
