拖曳系数 meaning in Chinese
drag coefficient
Examples
- The drag coefficient varies with the shape of the object .
拖曳系数随物体的形状而异。 - In many cases an overall drag coefficient is given so that the net force on the surface can be determined .
在许多情况下，总的拖曳系数是已知的，因而可以确定作用于表面上的净力值。 - The frontal cross - sectional area , the velocity of the swimmer , the wetted surface area of the swimmer , the density of the fluid , and the coefficient of drag will all be the same whether the body is on the front or side
身体前部分的横截面面积，运动员的速度，运动员的触水面积，液体的密度以及拖曳系数都是一样的而无论身体是朝向一边或前倾。 - By adoption this numerical model , the study has emphases on the effect of wave on the wind stress , wave on the bottom stress and radiation stress on the sea level . the study also has researched the effect of tide - surge to wave
运用这个模式，重点研究了波浪对表面拖曳系数的影响；波浪对底摩擦应力的作用；辐射应力对潮汐风暴潮水位的影响以及潮汐风暴潮对波浪的作用。 - The main results are as follows : 1 ) it is a obvious effect of wave on the wind drag coefficient . the wind drag coefficient can be add up to 1 . 5 times of origin value when we consider the wave effect on the drag coefficient . it also has changed the sea level
主要成果如下： 1 、波浪对表面拖曳系数的影响是明显的，特别是在浪大的时候，拖曳系数可以增大到原来的1 . 5倍；拖曳系数的改变也改变了水位场，在a点引起的增水量级值得人们注意。