The phrase "acceleration distribution" is correct and usable in written English.
It can be used in contexts related to physics, statistics, or data analysis, particularly when discussing how acceleration values are spread or varied across a dataset or a physical system.
Example: "The acceleration distribution of the particles was analyzed to determine the effects of the applied force."
Alternatives: "acceleration profile" or "acceleration spread".
Heel-drop and jumping impact excited by a single person and dual persons were considered to evaluate the vibration performance and peak acceleration distributions for the APT girder system.
a t = 65.52 s, b t = 65.21 s Fig. 17 The snapshot of the acceleration distributions with maximum local values; E W and N S components (g). a t = 61.6 s, b t = 35.605 s.
These variables included: (1) slope gradient, (2) slope aspect, (3) land cover, (4) distance to fault, (5) peak ground acceleration (PGA) distribution of April 20 Lushan earthquake, (6) elevation, (7) geology unit.
This study comprehensively compiles previously published erosion rate data derived by various methods, namely, 10Be and sediment yield, and erosion rates calculated from suspended sediment load published by the United States Geological Survey (USGS) and correlates them to data related to tectonics, i.e., distance to tectonic plate boundary, peak ground acceleration, fault distribution, and slope.
The ground reaction force, axial tibial acceleration, pressure distribution, and rearfoot motion were collected simultaneously by a computer in a pretrigger mode.
However, to our surprise, and contrary to the results of several studies evaluating driver behavior, such as Hong, Margines and Dey [56], considerable changes in acceleration Z-distribution went unnoticed, even in reckless maneuvers, as shown in Fig. 26.
The values of the respective thresholds were obtained from testing in lab to determine the distribution acceleration within each axis for each activity, and thus each is merely a guide.
It includes graphical checking of the structural model, mode shapes, deformations, extents and locations of plastic hinges, plotting of nodal velocity, acceleration, and energy distribution time histories.
In this model, the velocity is assumed to be almost constant except for a possible acceleration (maneuvering) with distribution ( mathcal {N}(0;sigma _{p}^{2})).
Figure 7a, b shows the distributions of the percentages of time to maximum acceleration and the distributions of the portions of the path length travelled up to the maximum velocity for straight vs. highly curved OB-avoidance around two obstacles.
