The phrase "acceleration pattern" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or any field that involves the study of motion and changes in speed over time.
Example: "The acceleration pattern of the vehicle was analyzed to determine its performance under different conditions."
Alternatives: "rate of acceleration" or "acceleration trend".
Patients with dementia exhibited a significantly (p < .05) less variable, but more irregular trunk acceleration pattern than cognitively intact elderly on single and dual task walking.
The walking beam's angular acceleration pattern can be derived from the pumping unit's kinematic model, as suggested by Svinos 1983.
In the first level, we firstly distinguish the elevator from the other motion states by exploiting the unique acceleration pattern of an elevator [23].
For calculating articulating inertial torque, the acceleration pattern of the walking beam during the pumping cycle is evaluated according to three different models and the accuracy of those is compared.
Though the acceleration pattern in ARR phase is not as obvious as that in DEP phase, it is still feasible to exploit the information to estimate the movement phases.
Determination of the inertial torque components, too, necessitates the knowledge of the crank angle-time function, θ(t), since both the angular acceleration pattern of the beam, d2 θ b/dt 2, and the angular acceleration of the crankshaft, d2 θ/dt 2, change with the variation of the crank angle.
Differential acceleration patterns were very sensitive to impact location.
Similarities were seen between both groups with regards to the general acceleration patterns in all three axes.
In the present study, a Couette flow system was designed to simulate blood flowing with different acceleration patterns, and the flow velocity, attenuation, and backscattering coefficient were measured synchronously from 20%- and 40%-hematocrit porcine whole blood and erythrocyte suspensions using 35-MHz ultrasound transducers.
There are no more acceleration patterns and (F_{f}) indeed decomposes over exactly four intervals.
The Quasp precisely measure acceleration patterns, reactivity in change of direction and sports team tactic quantification through highly accurate location tracking.
