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有关力学的知识
- 分蘖是小麦从根部发育出来的侧枝(见图1),早期生出的能抽穗结实的分蘖称为有效分蘖,晚期生出的不能抽穗或抽穗而不结实的称为无效分蘖。有效分蘖与单位面积的穗数直接有关。采集数据时对小麦去除叶片、叶鞘(见图2)。如果考虑叶片叶鞘以及降雨对抗倒的影响,据田间经验在灌浆期这几个因素与小麦植株本身自重有关
Frictiondamping
- 叶片阻尼减振方面的,对相关方向研究者有一定的帮助-Damping area of the leaves of the relevant direction will certainly help researchers
InvestigationoftheVibrationControl
- 叶片干磨檫方面的一些研究成果,对相关方向的研究者有参考价值-Sassafras leaves dry mill some of the research results, the direction of the relevant researchers have reference value
iSIGHT-case--turbo-optimization
- iSIGHT案例--优化叶轮几何形状,通过isight集成有限元,cfd等分析软件,对叶片几何形状进行优化-iSIGHT Case- Optimized impeller geometry, through isight integrated finite element, cfd and other analysis software to optimize the blade geometry
arc-parameter-in-extraction
- 提取叶片截面叶型面的中弧线参数,通过该方法可以较精确的提取叶片截面的中弧线-Extraction parameters of the camber line of the airfoil surface of the blade section by this method can be more accurate extraction of the camber line of the blade section
matlab
- 基于神经网络的植物叶片分类识别 -Plant leaves Plant leaves classification based on neural network classification based on neural network
Prospect_roughness2
- 新PROSPECT可模拟多色素信息叶片光谱特征-new PROSPECT can model multiple leaf pigment information spectra
foliage-recognition
- 模式识别,叶片识别,foliage recognition-foliage recognition
200kw-wilson
- 基于wilson理论的200kw风力机叶片设计-Wilson law-based wind turbine blade design
风力机叶片设计
- 基于wilson法的风力机叶片设计,应用MATLAB中fmincon函数对轴向和周向诱导因子求解-Wilson law-based wind turbine blade design using MATLAB fmincon function of the axial and circumferential inducible factor solution
Modeling-for-Aero-engines
- 通过逆模型对航空发动机叶片的动力学特性进行建模和分析-Modeling and analysis by the inverse dynamics model of aero engine blades
风机叶片振动建模与控制
- 本文讲述了,风机叶片振动的相关内容,欢迎大家一起学习。
AD_Theory
- 风力发电机组的气动模型,机组叶片AeroDyn气动模型详尽分析-AeroDyn Theory Manual
5mw风力机
- 关于5mw风力机叶片设计的相关参数,对风力机叶片的设计与优化有较好的指导