The phrase "acceleration force" is correct and usable in written English.
It can be used in contexts related to physics or engineering, particularly when discussing the forces that cause an object to accelerate.
Example: "The acceleration force acting on the car allowed it to reach high speeds in a short amount of time."
Alternatives: "force of acceleration" or "accelerative force".
If, for instance, a suspended object is being accelerated by a force on the rope or cable, the acceleration force (mass × acceleration) is added to the tension caused by the weight of the object.
And the acceleration force contributes more to the second pattern of thrust variation.
The stacked energy-wheels assembly produces a coupled moment due to the centrifugal acceleration force vectors acting on a lever arm.
The variation of the thrust with the nozzle diameter is induced by the increase of the acceleration force and the decrease of the pressure force.
When the centrifugal acceleration force vectors of each energy-wheel are aligned, this creates a force maximum, acting radially about the tree.
In the equations the motion parameters of the particles in jig, such as velocity, acceleration, force etc. are in a direct proportion to the air pressure, and have a definite non-linear relationship with the jigging cycle, thickness, mobility of the jig bed, mass and size of the particles and so on.
Through these pathways, body posture is adjusted to counter acceleration forces applied to the vestibule.
Through rotations about these axes, acceleration forces that act on aircraft pilots are simulated.
Pilots of modern combat aircraft are exposed to the devastating effects of high acceleration forces.
The mouth began to move, then open wide, as the cars ascended with the speed of a rocket, achieving acceleration forces in excess of G-force 1.
There is few knowledge of the impact of the acceleration forces upon the deposit properties at continuous and mesoscopic scales.
