The phrase "actuating force" is correct and usable in written English.
It can be used in contexts related to mechanics, physics, or engineering, where it refers to the force that causes a mechanism to operate or move.
Example: "The actuating force applied to the lever determined the speed at which the machine would operate."
Alternatives: "driving force" or "operating force".
In addition, actuating force of the proposed inertial actuator is identified with respect to the applied voltage.
Second, the dual-mode twisting actuation is considered for a new type of power transmission which allows large actuating force and high-speed motion.
Furthermore, the numerical results proved that an actuator mechanism comprises of permanent magnet, PDMS diaphragm and microcoil can provides enough actuating force for a large diaphragm displacement to take place under a safe and consistent pumping process.
The resultant actuating force level increased with increasing the electrode thickness and with decreasing the electrodes lateral separation distance.
In this paper we propose a linear motor with multi-segmented (MST) magnet array to maximize actuating force per unit volume.
Even though we obtain maximized actuating force, the flux density by the MST array is seriously distorted from ideal sinusoidal flux density with respect to mover position.
The control forces consist of actuating forces and moments, but the effect of the normal actuation force distribution is much greater than that of the actuation moments in controlling the normal vibration.
The magnitudes of actuating forces are approximately linear with the number of PVDF layers.
Analytical expressions of actuating forces and moments are derived and a parametric study is conducted to evaluate the effects of the physical properties of the actuator on the control forces.
The larger the curvature radius of the paraboliodal shell, the smaller the magnitudes of the required actuating forces.
Piezoelectric actuators (PEAs) have been widely used in micro- and nanopositioning applications due to their fine resolution, rapid responses, and large actuating forces.
