The phrase "aggregate strength of" is correct and usable in written English.
It can be used in contexts related to statistics, engineering, or any field where the combined strength or effectiveness of multiple components is being discussed.
Example: "The aggregate strength of the materials used in the construction significantly improved the building's durability."
Alternatives: "combined strength of" or "total strength of".
It does matter that what does work will add to the aggregate strength of the context service bridge.
This study suggests that the power-law can be viewed as an approximation, at neural level, for the aggregate strength of superposed memory traces that have different decay rates in distinct parts of the brain.
Since we investigated the global and aggregated characteristics of the immune response in T cells by integrating gene expression experiments conducted for T cell lines, the correlation coefficients represent the aggregate strength of the T cell-specific relationship between the genes and their interacting protein products [ 14, 44].
Our results indicate that the degree of clay saturation with carbon has a significant influence on clay dispersibility in natural aggregates, while soil aggregate strength expressions of remoulded aggregates are better explained by soil clay content.
This variation could be attributed to low aggregate strength and the variation of the volumetric ratio of the course aggregate (some grades have coarse aggregate within their distribution).
The paper presents experimental data that would serve to verify theoretical models of concrete fracture, particularly the effect of aggregate strength and mortar aggregate interface on concrete strength, fracture paths, and deformation properties.
Aggregate crushing value (ACV) provides an indication of the aggregate strength.
(2) Evaluation of physical and mechanical properties of RA: absorption, aggregate texture (type of crushers, number of crushing stages), aggregate size and gradation, specific gravity, density, mortar content, percentage and type of contamination, aggregate strength and abrasion resistance are the main properties that affect utilizing RA in concrete production.
The objectives of this study were: i) to determine the specific effects of plant growth and different types, rates and location of crop residues in the aggregates tensile strength, and ii) to assess the relationship between the aggregating agents produced by plant growth and crop residues addition and the aggregate tensile strength of soils of contrasting texture.
The first parameter indicates the aggregate financial strength of the household in an environment where many economical transactions are not monetary.
Usage of ferrochromium aggregates increases strength of concrete and also abrasive wear resistance.
