ఒక హైడ్రాప్లేన్ లో నీటి మీద గ్లైడ్,

hydroplaning's Usage Examples:

selection caused the brakes to completely lock, resulting in reverted rubber hydroplaning, a condition in which the tires became extremely hot due to frictional.

compromises necessary for water tightness, general impact strength and the hydroplaning characteristics needed for the aircraft to leave the water.

This is to prevent rollbacks due to hydroplaning on the launch track.

Hydroplaning may occur as dynamic hydroplaning where standing water is present with a depth of at least.

cut into roads to mitigate hydroplaning in light rain conditions) and contoured deformations in the road surface upon which the wheel runs.

ample channels for water to displace beneath vehicle tires, reducing hydroplaning potential.

Rainwater trapped in ruts is a common contributing factor to hydroplaning crashes.

in water pooling on the road surface, thereby increasing the risk for hydroplaning and wet-pavement vehicle crashes.

element analysis, force and moment behavior, groove wander, heat build up, hydroplaning, impact, manufacturing, mechanics, military, noise, pavement, performance.

may refer to: Planing (boat) or hydroplaning, a method by which a hull skims over the surface of the water Hydroplaning (tires), a loss of traction caused.

Aircraft tire tread patterns are designed to facilitate stability in high crosswind conditions, to channel water away to prevent hydroplaning, and for braking.

to rainouts, in the last case because a wet racetrack poses a risk of hydroplaning for vehicles traveling at high speeds, the combination of which can be.

the combination of rain grooves (grooves cut into roads to mitigate hydroplaning in light rain conditions) and contoured deformations in the road surface.

Synonyms:

aviate, pilot, seaplane, glide, fly,

Antonyms:

stay, hide,