hydroplaning

英 [ˈhaɪdrəpleɪnɪŋ]

美 [ˈhaɪdrəpleɪnɪŋ]

n.  水上滑行；滑水现象（指飞机在积水跑道上滑跑时的现象）

双语例句

• Combined with Lagrange method and Euler method, the General Coupling algorithm is established for the tire hydroplaning analysis.
  本文建立了子午线轮胎三维有限元模型，结合拉格朗日方法和欧拉方法，确立了适用于轮胎水滑分析的一般耦合算法。
• According to hydrodynamic lubrication theory, tyre viscous hydroplaning was simulated as the squeezing film problem of tread element.
  根据流体动力润滑理论，将轮胎粘性滑水问题模拟为胎面单元的挤压膜问题。
• Different preview times correspond to different critical vehicle speeds, and there is an optimal preview time. AN ANALYSIS ON THE CRITICAL SPEED MARKING THE OCCURANCE OF HYDROPLANING FOR WHEELED VEHICLES
  不同的预瞄时间对应不同的临界车速，并且存在一个最佳的预瞄时间。滑水临界车速分析及可能采取的解决措施
• Part hydroplaning effect on pavement friction coefficient
  部分滑水对路面附着系数的影响
• Analysis for the Effect of Tread Element on Tyre Viscous Hydroplaning Performance
  胎面单元对轮胎粘性滑水性能影响分析
• Once the partly hydroplaning happens, the friction coefficient between tire and road surface decreases significantly, less experienced drivers are more vulnerable to making misjudgments toward speed and distance during driving and braking, which lead to traffic accidents.
  部分滑水现象一旦发生，使得轮胎与路面的附着系数显著降低，经验不丰富的驾驶员在行车及制动时极易发生对速度和间距的误判，导致交通事故发生。
• Taking parallelogram shaped tread element as an example, the effect of tread element design on tyre viscous hydroplaning performance was analyzed. The results obtained provide a theoretical basis for anti slip design of the tread element.
  以平行四边形胎面单元为例，分析了胎面单元设计对轮胎粘性滑水性能的影响，为轮胎胎面单元抗湿滑设计提供了理论依据。
• Automobile as an important vehicle has been widely used in the modern society, which will be driven on water or wet toads unavoidably. The car tire at high speed would occur hydroplaning.
  作为重要代步工具的汽车在现代社会中得到广泛的应用，不可避免的会在有积水或者湿滑路面上行驶，这时高速运行的汽车轮胎容易发生水滑现象。
• In the late years of 90s, finite element method was widely used to simulate the tire hydroplaning.
  90年代后期，有限元方法开始应用于轮胎滑水现象的数值模拟。
• Hydroplaning velocity formulas are established respectively when the water film on road is shallow and the water film on road is deep by applying momentum theory.
  应用动量定理，分别建立机轮在水膜较薄和较厚两种情况下的动力滑水临界速度公式。