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In the field of material science, the strength and durability of a composite material are determined by the properties of its constituent materials and the way they are combined. For example, in a carbon - fiber - reinforced composite, the strength of the carbon fibers and the adhesion between the fibers and the matrix material play crucial roles. This composite - material performance varies according to the manufacturing process and the intended application, with each application - specific composite's properties corresponding to its ability to withstand mechanical stress, chemical corrosion, and environmental factors.