The phrase "acceleration of motion" is correct and usable in written English.
It can be used in contexts related to physics, mechanics, or any discussion involving the change in velocity of an object over time.
Example: "The acceleration of motion is a key factor in understanding how vehicles respond to changes in speed."
Alternatives: "rate of change of motion" or "change in velocity."
Additional kinematic analyses (joint position, velocity, and acceleration of motion) can add important quantitative information about the functional severity more objectively [7, 17].
The optics-type sensor can be used to measure 2D acceleration of motion object, and it has high sensitivity, high precision and longer measuring range.
In real life, water opposes the motions of ship with forces that depend on the amplitute of motion, the speed of motion, and the acceleration of motion.
Experimental results demonstrated that Pt nanoparticles coated on the walls of microtubes enabled a dramatic enhancement of the catalytic reaction and correspondingly acceleration of motion speed due to increased surface area.
It is relatively easy to write the expression for the instantaneous acceleration (equation of motion) of each body if the position of all the other bodies is known, and expressions for all the other forces can be written (as they can for gravitational forces) in terms of the relative positions of the particles and other defining characteristics of the particle and its environment.
These equations are solved to yield the displacement, angular velocity and acceleration properties of motion parts with different structural parameters.
For example, peak acceleration of strong motion records observed at the strong motion site in Mashiki town is approximately 0.9 g (JMA 2016).
These characteristics include the amplitude (extent) of the motion of particles (e.g., molecules) in a medium, the velocity and acceleration of the motion, the pressure exerted upon an obstacle in the path of the sound waves, and temperature changes occasioned by the vibrations.
The motion speed of the decorated microengines fits the theoretical model very well, suggesting that the larger surface area is mainly responsible for the acceleration of the motion speed.
The first minimizes the amount of FRP reinforcement for economic feasibility, and the second maximizes the spectral acceleration of ground motion that causes the collapse of a structure to reduce the collapse risk.
Open image in new window Figure 3 Spectral accelerations of ground motion records.
