"forward acceleration" is a correct and usable phrase in written English.
It refers to the increase in speed or velocity of an object moving in a forward direction. Example: The car's forward acceleration was impressive as it quickly surged ahead of the other vehicles on the highway.
By simulating a forward acceleration flight task, the RMMFC for the helicopter is validated.
Results: Controls performed the forward-reaching movement slower and with less forward acceleration of the center of mass (COM) in the chair with the elastic footrest.
Persons with SCI performed the forward-reaching movement equally fast in both footrest conditions, but those with lumbar SCI showed less forward acceleration of the COM, whereas persons with thoracic SCI revealed more forward acceleration of the COM in the chair with the elastic footrest.
Another illusion is caused by forward acceleration: when a pilot takes off from land, the increased speed gives the impression of nosing the plane too high; to compensate the pilot may lower the nose and dive back to the ground.
Firstly, as for the in-wheel motors that are used for driving and steering simultaneously, their operation covers a wider dynamic range that forward acceleration (deceleration), and reverse acceleration (deceleration) may occur alternately.
Analysis of variance showed significant effects of slip distance (no-slip, micro-slip and slide), walking speed (1.52, 1.78 and 2.13 m/s) and their interactions on peak forward acceleration, peak vertical acceleration and deceleration time of the heel following heel strike in 704 trials.
The linear relationships of cumulative Δ S over time were significant (figure 2), indicating that forces exerted by the cheetahs resulted in approximately constant overall (lateral and forward) accelerations during chases.
a non-normally distributed, Shapiro-Wilks p < 0.05 All subjects exhibited a well-defined forward head acceleration, head extension and retraction of the AO joint relative to T1 when exposed to the sled acceleration.
Specifically, the sensor reading increases when the robot leans forward during acceleration.
After a rest period of at least 3 minutes, subjects experienced a single forward horizontal acceleration pulse (apeak = 1.55 ± 0.02 g; tpeak = 16 ± 1 ms; Δt = 59 ± 1 ms; Δv = 0.50 ± 0.01 m/s, noise<82 db, Figure 2c).
In the present paper, we have added two types of escape manoeuvre that preserved flock shape: 1) the zigzag-manoeuvre and its halved version, a 'zig'-manoeuvre of rolling sideward and back (Fig. 1) involving a change of orientation and 2) a manoeuvre involving an acceleration forward in the flock ('speeding-up-forward') causing a change of density.
