English translation for "桨叶剖面"

propeller blade section

Related Translations:

保持振幅剖面:  pam section

回桨:  recovery

顺桨桨距:  featheredpistonfeathering pitch

坏桨:  oar propeller

桨叉:  thole-pin

桨速比:  advance ratio of propeller

尾桨桨距:  tail-rotor-piston

摇桨:  sculler

桨耳:  thowl

螺桨:  screw propellerwake adapted propeller

Example Sentences:

	1.	Blade profile drag coefficient 桨叶剖面阻力系数
	2.	At last , a few calculator cases of kinds of section are presented , whose result is proved 文中还给出了复合材料桨叶剖面特性与试验结果的比较，两者具有较好的一致性。
	3.	Blade section designed based on equivalent operating curve can effectively control the cavitaion area and type , and the desired cavitation performance can obtained 基于等效运转曲线设计的桨叶剖面能有效地控制空泡范围和空泡类型，得到期望的空泡性能。
	4.	This paper presents a design method of propeller blade section operating in non - uniform flow field and an idea of equivalent operating curve with unchanged cavitations characteristic on blade section , the method for selecting the curve is set up 摘要给出了非均匀流场中螺旋桨桨叶剖面的设计方法，提出了保持剖面空泡特征不变的等效运转曲线的思想，并创建了等效运转曲线的确定方法。
	5.	To avoid or reduce these trouble induced by the unsteady cavitation , the theoretical design method for propeller and the blade section with the good cavitation performance are adopted to enlarge the cavitation bucket width and control the range and type of the cavitation on the blade . this enables propeller to operate in the non - uniform ship wake rather well 为了避免或减缓空泡带来的危害，采用螺旋桨理论设计方法和空泡性能优良的桨叶剖面来增加空泡斗宽度和控制桨叶空泡范围及空泡类型，以适应非均匀流场中螺旋桨工作的需要。
	6.	Now , it is important to develop the composite blade researching , two measures including analysis methodology and finite methodology are provided . in this text , the finite rotation composite beam theory developed by hodges and his co - workers , during the late 1980 ' s , is adopted in order to research rotor of helicopter . a liner and two - dimension finite analytic measure is used to calculate the section characteristic and strain of the blade ; a semianalysis methodology is used to calculate the sensitive degree of section characteristic 以giavotto的线性二维有限元分析模型为基础考虑了复合材料桨叶的结构和变形特点，计入了剖面翘曲的影响，在此基础上编制了具有八节点等参元复合材料桨叶剖面刚度计算的有限元程序，分析计算了复合材料梁的剖面刚度、弯曲中心、剪切中心；并利用半解析法进行剖面刚度、剪切中心、弯曲中心的参数灵敏度分析。

Similar Words：

"桨叶频率压力" English translation, "桨叶频率振动力" English translation, "桨叶平衡" English translation, "桨叶平滑" English translation, "桨叶平均宽径比" English translation, "桨叶剖面尾翘" English translation, "桨叶剖面阻力系数" English translation, "桨叶倾角" English translation, "桨叶倾角厚度曲线图" English translation, "桨叶倾斜度" English translation