The phrase "application of external force" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or any situation where a force is applied from outside a system or object.
Example: "The application of external force is necessary to move the object from its resting position."
Alternatives: "imposition of external force" or "exertion of external force".
Various methods of artificial respiration, most based on the application of external force to the lungs, were once used.
Our findings link the application of external force to the activation of a molecularly defined metazoan sensory transduction channel.
Such movements are distinguished as "active"; movements produced by the application of external force, whether by manipulation or by the energy of moving parts or gravity, are known as "passive".
End-effector with highly rigid material (acrylic), as shown in Ref. [12]. Figure 13 Points of application of external force.
Figure 11 Points of application of external force on Surface 1. Figure 12 shows the error of each linear approximation along the z axis.
However, during routine venous puncture, blood clots can form centrally along the puncture site as a result of the application of external force on the blood vessels, disturbance of blood flow secondary to the effect of the needle, and so forth.
Whether via application of external forces and/or cell substrate interactions, our understanding and regulation of musculoskeletal mechanobiology can benefit by expanding upon traditional models, and shedding new light through novel investigative approaches.
An interesting contribution of our algorithm is that it unifies hairstyle modeling and animation into a single equation, so that (1) hairstyling can be done under the effects of gravity and other internal or external forces, and (2) original hairstyle is more or less restored even after the initial hair is tangled by the application of external forces or head movements.
The reason is that all motion is subject to being accelerated or retarded (by the application of external forces).
Therefore, it is anticipated that this device will be utilized to continuously control cells' position without application of external forces.
In this study, a microfluidic device containing a series of continuously varying herringbone structures was demonstrated to be effective in manipulation of cells' position without application of external forces.
