The phrase "attachment force" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or psychology, where the concept of a force that causes objects to stick together or bond is discussed.
Example: "The attachment force between the two surfaces was strong enough to hold them together under stress."
Alternatives: "adhesive force" or "bonding force."
In this work, the effect of different geometrical parameters on the maximum attachment force required by a robot to stay attached to a vertical surface is investigated.
In this work, the size and the configuration of legged climbing robots are analyzed by investigating the effect that different design parameters have on the maximum attachment force required by the robot to stay attached to a vertical surface.
A unique macroscopic orientation and preloading of the seta increased attachment force 600-fold above that of frictional measurements of the material.
The researchers noted that the gecko's odd way of walking (it curls and uncurls its toes) and the orientation of the setae increase the attachment force, and also make it easier to come unstuck.
Tiny bubbles generated by hydrodynamic cavitation were found to increase contact angle of solids and hence attachment force, bridge fine particles to form aggregates, minimize slime coating, remove oxidation layers on particle surfaces, and in consequence reduce reagents consumption.
The ink film was detected by SEM and VSM, demonstrating that the magnetic ink which holds significant magnetic attachment force and drying smooth film is suitable for the printing industry.
Nature offers many interesting adhesion mechanisms where attachment forces can be generated in a binary on/off state.
The simulated attachment forces were compared with suture tearing tests performed on the pericardium to evaluate suture density.
An increase in the water content in the sand sample from 0 wt% to 12 wt% aids the liberation of oil from contaminated sand from 0.7%to65%5%, due to the presence of thin film of water which weakens the attachment forces between the oil and sand particles.
On the other hand, the coarse sand particles of 1.0 mm easily detach themselves from the oil layer compared to finer sand particles of 0.125 mm which implicate that the attachment forces between oil and sand particles increase with the decrease in sand particle size.
It implies that the particles have a chance to meet the others and aggregate due to the attachment forces.
