The phrase "adhesion pressure" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or materials science, particularly when discussing the force that causes two surfaces to stick together.
Example: "The adhesion pressure between the two materials was measured to determine the effectiveness of the adhesive used."
Alternatives: "bonding pressure" or "sticking pressure".
A closed-form membrane analysis is developed for the JKR, DMT and Maugis regimes, which describes the relationships between adhesion energy, pressure, contact radius and contact force.
Based on this analysis, the relationship between the shear strain and design parameters, such as the rubber adhesion ratio, pressure difference, elastic modulus of stator, magnitude of interference and wall thickness, is investigated.
These properties include the apparent advancing and receding contact angles, the roll-off angle, tensile and lateral adhesion, the impalement pressure, and the observation of drop impact.
We hypothesize that culture conditions of immortalized cell lines such as exposition to fetal calf serum, plastic adhesion, high oxygen pressure or stress induction could explain this preferential expression of RAE-1ε [16], [16].
For preloads P < Pb, the pull-off forces were between 2.5 and 2.7 N in air, while experiments in vacuum resulted in pull-off forces between 1.8 and 1.9 N. It can be clearly seen that, for lower preloads, the pull-off force depends on the air pressure; adhesion was reduced by about 30% in vacuum.
In the present study, the adhesive performance of a preload responsive, bioinspired adhesive was tested both in vacuum and in air, and the influence of air pressure on adhesion was quantified.
These tractors provide better adhesion and lower ground pressure than the wheeled tractors do.
The ability of cells to respond to physical forces is fundamental to development and physiology, including regulation of blood pressure, cell adhesion and migration.
This model considers mechanical effects such as cellular adhesion and intra-ductal pressure, and biological features including proliferation, apoptosis, necrosis, and cell polarity.
