1) wind turbine
风力涡轮机
1.
Through the research on the wind generator,the model of wind speed,wind turbine and drive gear is established[1,2] and then wind generator model and power grid model are built based on MATLAB/Simulink.
通过对风力发电机的研究,建立了风速、风力涡轮机和传动机构的数学模型[1,2],并用Matlab/Simulink搭建风力发电机模型和电网模型。
2) wind turbine
风力涡轮机;风轮机 WT
3) wind turbines generating electricity
风力发电涡轮机
4) wind turbine
风力涡轮
1.
In this paper two advanced aerodynamic blade design methods were developed for horizontal axis wind turbines,namely PROPID and PROPGA.
在实际风轮设计中的成功使用证明 ,PROPID和 PROPGA是一种强有力的设计工具 ,两者的结合使用可以得到最佳的风力涡轮气动性
2.
Most design and analysis methods widely used for horizontal axis wind turbine performance prediction are based on the traditional 2D blade element/momentum theoretical methods,which are underpredict the wind turbine power output in high wind speed due to effects of rotation on the wind turbine blade.
传统的水平轴风力涡轮设计与性能预估方法是基于经典的叶素理论以及二维风洞翼型气动数据 ,为有效地设计高性能的风力涡轮 ,必须对该方法不能处理的失速延迟现象进行修正。
3.
Most design and analysis methods widely used for horizontal axis wind turbine performance prediction are based on the traditional 2 D blade element/momentum theory(BEMT)methods,which are inadequate and underpredict the wind turbine rotor power output in the high wind/peak power condition,owing to effects of rotation on the wind turbine blade boundary layer.
目前广泛使用的水平轴风力涡轮设计及性能预估方法是基于经典的二维叶素理论以及二元风洞翼型实验数据。
5) turbo-fan
涡轮风机
6) tip radlus
(风力涡轮机)叶尖半径
补充资料:风力
风力
wind force
fengli风力(windfo犯e)风的强度。气象上用蒲福风级表示风力大小的等级(见485页表),即对应于一定风速范围的风对地面(或海面)物体影响程度,将风的强度从弱到强依次定出的等级,系英国人F,蒲福于l8()5年所拟定,以后几经修改。自l洲6年以来,修订为18个等级(0~17级)。(朱淑兰)
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条