The phrase "a cohesive strength" is correct and usable in written English.
It can be used when discussing the strength or unity of elements that work well together, often in contexts like materials science, team dynamics, or writing.
Example: "The team's success can be attributed to a cohesive strength that allows them to collaborate effectively on projects."
Alternatives: "a unifying strength" or "an integrative strength".
The coupon level experiments are often used individually to determine a single parameter in an adhesive constitutive model (such as a cohesive strength or toughness).
A cohesive strength meter (CSM) and the fall-cone method were used to gather data, in situ on the strength and stability of sediments from an experimental managed realignment site and an adjacent, established saltmarsh in south-east England.
Critical shear stress was measured in situ using a Cohesive Strength Meter for varying soil moisture conditions in a 3 × 3 m grid in: (1) a field and (2) a grassed waterway, in an agricultural watershed located in Southwestern Wisconsin.
When a w/c ratio of 0.42 was used, the grout has a cohesive strength of 31.4 MPa and an internal friction angle of 15.1° while when the w/c ratio was decreased to 0.35, the cohesive strength of grout increases to 34.2 MPa and the internal friction angle rises to 24.3°.
The stability of the surface was measured using a Cohesive Strength Meter [30], [31].
The intrinsic brittleness of Al12Mg17 phase has a low cohesive strength with the substrate and a poor wear resistance to grinding.
Our results indicate that the machining performance of coatings containing Si in both continuous cutting and milling can be optimized by the structure design of the TiAlN/TiAlSiN multilayer, where the coating sustains a high hardness of the Ti Al Si N coating combined with a good cohesive strength with the substrate similar to the Ti Al N coating.
The cohesive-crack model is consistent with the atomistic results if a reduced cohesive strength of ∼3.5 GPa is used instead of the actual value of 13 GPa.
A model for metal powder compaction is proposed as an interpolation between well-known models corresponding to a high level of porosity with low inter-particle cohesive strength or a low level of porosity with high cohesion.
Further increase in compaction pressures might result in a decrease in particle cohesive strength.
If a rubble pile has interstitial regolith between its components, including a fine fraction small enough to generate strength, then the overall body can start to behave as a weak solid, with cohesive strength actively competing with gravitational attraction.
