Sentence examples for controlled deceleration from inspiring English sources

Boundary layer flow over a flat plate at zero incidence provides controlled deceleration of the approach flow according to plate length, with interacting boundary layers between adjoining flat plates merging to provide fully developed duct flow.

Eccentric muscle action stabilises the knee joint dynamically as eccentric muscle contractions act to control deceleration of body segments during dynamic tasks [ 35].

high-altitude (91 km ), very-high-velocity (approximately 2.0 km/s; ) ballistic reentry, controlled-deceleration and controlled-descent tests of post-mission (spent) Falcon 9 booster stages following a subset of Falcon 9 launches that began in 2013 Eight low-altitude booster flight tests were made by Grasshopper in 2012 and 2013.

It can control steering, acceleration, deceleration and "portions of the dynamic driving task," according to forms filled out by Apple officials.

The boost-back burn limits downrange translation of the used stage; the reentry burn (from approximately 70-40 km altitude) is used to control the descent and deceleration profile at atmospheric interface; and the landing burn completes the deceleration from terminal velocity to zero velocity at the landing surface.

Without CO2 present, the deceleration period is described by solid-solid phase boundary reaction controlled kinetics.

The objective is to damp frequency oscillations quickly by controlling the acceleration and deceleration terms.

The system then controls the acceleration and deceleration of the vehicle based on control values such as the target vehicle velocity and the target acceleration/deceleration.

The ACC system primarily supports four driving modes on the road and controls the acceleration and deceleration of the vehicle in order to maintain a set speed or to avoid a crash.

The ACC system primarily supports the four driving modes on the road that are described in Section 2.1, and controls the acceleration and deceleration of the vehicle in order to maintain a set speed or to avoid a collision.

The state machine consists of three states: deceleration (d), constant (c), and acceleration (a) states, see Fig. 2. Further, the state machine is also controlled by the speed.