horizontal turbine
英 [ˌhɒrɪˈzɒntl ˈtɜːbaɪn]
美 [ˌhɔːrɪˈzɑːntl ˈtɜːrbaɪn]
卧式透平；平轴涡轮机
双语例句
- A computational method based on rotor free-wake model was developed for horizontal axis wind turbine's aerodynamic performance prediction.
建立适合于水平轴风力机气动特性分析的自由尾迹计算方法。 - Research on Nonlinear Dynamics of the Rotating Blade of Horizontal Axis Wind Turbine
水平轴风力发电机旋转叶片的非线性动力学研究 - Stress character analysis on horizontal axis wind turbine blade
大型水平轴风力机叶片应力特征分析 - Methods Analysis of Load Cases Designing on Horizontal Axis Wind Turbine
水平轴风力机载荷工况设计方法研究 - In this paper, the experimental study of static and dynamic testing technologies for a horizontal axis wind turbine ( HAWT) blade has been conducted.
为保证风力机具有最大的风能利用系数，本文主要对水平轴风力机风轮的设计和优化方法进行了研究。 - Aerodynamic Characteristics Analysis and Design of Horizontal Axis Wind Turbine Blades
水平轴风力机叶片气动特性分析及外形设计 - Dynamic stall modelling of horizontal axis wind turbine in yaw condition
水平轴风力机在偏航情况下动态失速模型分析 - Wind-induced Response Analysis of the Steel Tubular Tower for Horizontal Axis Wind Turbine
水平轴风力发电机组钢管塔架风致响应分析 - Dynamic Response and Optimization Questions Based on Finite Element Method for the Horizontal Axis Wind Turbine Tower
基于有限元法的水平轴风力机塔架动态响应与优化问题研究 - Static Analysis of the Tower for Horizontal Wind Turbine Based on Finite Element Method
基于有限元法水平轴风力发电机塔架的静态分析 - Aerodynamic Analysis of a Horizontal Axis Wind Turbine
水平轴风轮空气动力性能的分析计算 - Non-Linear Dynamic Characteristics Analysis of Megawatt Horizontal Axis Wind Turbine Blade
兆瓦级水平轴风力发电机叶片的非线性动态特性分析 - Analysis dimensions about distributor of horizontal hydraulic turbine Adjustment the axis of large scale horizontal hydraulic generator set
卧式机组水轮机导水机构尺寸链的分析大型卧式水轮发电机机组轴线的调整 - Discussion on Issue for Turning Wheel Interval of Horizontal Hydraulic Turbine
卧式机组水轮机转轮间隙问题的探讨 - Study on horizontal turbine classification
卧式涡轮分级的研究 - A coupled rotor/ tower model of large horizontal axis wind turbine is established. The equations of motion with periodic coefficients for rotor/ tower system are derived, and the method for analyzing the aeroelastic stability is developed.
建立了大型水平轴风轮转子／塔架耦合系统的气动弹性模型，推导了转子／塔架耦合系统周期系数运动方程，给出了气动弹性稳定性分析方法。 - The vibration modal analysis method and the influent factors of the natural frequency of the rotating rotor of horizontal axis wind turbine rotor blades were presented.
对水平轴风力机旋转风轮振动模态计算分析方法和影响固有频率计算结果的因素进行了研究。 - The parameter identification of a horizontal wind turbine system was presented.
讨论了水平轴风力机系统在状态空间模型条件下的参数辨识。 - The blade of a large horizontal axis wind turbine is a nonlinear periodic multi-body system with fluid-rigid-flexible coupling.
大型水平轴风力发电机桨叶为流-刚-柔耦合的周期时变多体系统。 - Design and operation on water-lubrical rearing of horizontal shaft turbine
贯流式水轮机水润滑轴承的设计与运行 - Form and calculation of end clearances about distributor of horizontal hydraulic turbine were introduced, opinions to design perfectly the end clearances about distributor was brought forward, the effect to comprehend the dimensions ( about) distributor of horizontal hydraulic turbine was expatiated.
介绍了卧式水轮机导水机构端面间隙的形成及计算，在力求完美设计导水机构端面间隙方面提出了见解，阐述了卧式水轮机导水机构尺寸链的计算。 - State space parameter identification of the horizontal wind turbine system
水平轴风力机状态空间模型参数辨识 - Analysis of gyro-moment caused by wind direction following in horizontal wind turbine under operation
水平轴风力机运转状态下跟风时的力矩特性分析 - Study of the Blade Design of the Small Horizontal Axis Wind Turbine
小型水平轴风力发电机叶片设计研究 - Horizontal type tubular turbine unit has remarkable technical and economic advantages.
卧式布置的贯流式水轮发电机组具有显著的技术经济优势。 - Horizontal Axis Wind Turbine is a more flexible and complex elastic system.
水平轴风力机是一个含有多自由度的、复杂的弹性系统。 - In this paper, a blade for 400W Small Horizontal Axis Wind Turbine is designed according to the traditional design procedure and the 3D geometrical model is also created.
本文根据传统的叶片设计方法设计了400W小型水平轴风力机叶片，生成了三维几何模型。 - Horizontal axis wind turbine and vertical axis wind turbine ( VAWT) are two basic forms of wind turbine.
水平轴风力机和垂直轴风力机是风力机的两种基本形式。 - During Horizontal Axis Wind Turbine ( HAWT)' s design and checking process, aerodynamic performance prediction is very important.
在风力机的设计和校核过程中，气动性能预测是非常重要的环节。