The phrase "acceleration analysis" 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 changes in velocity over time.
Example: "The acceleration analysis revealed that the vehicle's speed increased significantly during the test."
Alternatives: "velocity assessment" or "speed evaluation".
The model can be applied to carrying out the position, velocity and acceleration analysis of any point on the structure.
Biomechanical model assumptions affect the interpretation of the role of the muscle or joint moments to the segmental power estimated by induced acceleration analysis (IAA).
Fig. 27 Acceleration comparison Fig. 28 Acceleration analysis.
The detection of unusual driving patterns is performed through acceleration analysis with a linear approximation algorithm, the piecewise linear approximation [75].
The intensity measure (IM) has been taken into account in the spectral acceleration analysis of the first vibration mode of the structure [s a (T 1)], and the maximum inter story drift ratio (MIDR) has been considered as the damage measure (DM).
The time of microtubule alignment allowed us to temporally register collisions and extend the time course of the acceleration analysis.
A fully nonlinear acceleration wave analysis is performed.
It is shown that this concept can provide a very significant acceleration of analysis in virtually all dynamic substructuring analyses regardless of which method of composite structure assembly method is used.
Importantly, it shows how the study of fractional finite sums benefits from and contributes to many areas of mathematics, such as divergent series, numerical integration, approximation theory, asymptotic methods, special functions, series acceleration, Fourier analysis, the calculus of finite differences, and information theory.
a w : root-mean-square (RMS) value of the frequency-weighted acceleration (base analysis): this figure is related to the continuous vibration transmitted to the user and is expressed in m/s.
By focusing on a worst-case scenario in terms of centrifugal acceleration, the analysis provides easy equations: in such a scenario, the peak centrifugal acceleration (in m/s) can be approximated to apc ≈ 2.41 · ω · r, where ω is the rotation velocity of both frames (in rad/s) and r is the distance from the center of rotation (in meters).
