搜索资源列表
300kWblades
- 300kW大型风力机叶片,描述，并且详细介绍-big blades of windturbines ,it is very important for wind turbine
GAforWINDTURBINE
- 这是有关采用遗传算法来对风力机叶片进行优化的相关论文，有需要的可以看下。-This is the use of genetic algorithm to optimize wind turbine related papers, we need to look.
optimal
- 这是采用MATLAB语言编写的遗传算法程序，用于风力机叶片的优化设计，可以一起探讨。-It is written using MATLAB genetic algorithm procedure for optimal design of wind turbine blades, and you can explore.
fast
- 这是采用Fortran语言编写的用于风力机叶片性能预测及载荷分析的程序，主要也是基于动量叶素理论。-It is written using Fortran for performance prediction of wind turbine blades and load analysis program, is largely based on blade element momentum theory.
glauert
- 风力机叶片设计程序，基于葛劳渥方法开发的程序-gelaowo fangfa wind turbine design
windturb
- 采用遗传算法对风力机叶片气动外形进行优化设计，快速有效-Genetic algorithm to optimize the design of wind turbine blades aerodynamic shape, quickly and efficiently.
BEM
- 基于动量叶素理论建立的风力机叶片设计程序，主要用于计算轴向和周向诱导因子-Momentum blade element theory to establish a wind turbine blade design program, used to calculate the axial and circumferential inducible factor
Cp
- 1.5MW风力机叶片功率系数Cp计算程序示例，采用梯形法数值积分计算-1.5MW wind turbine blade power coefficient the Cp calculation program examples, numerical integration using the trapezoidal method
wilson
- 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
youdaoyinzi
- 1.5MW风力机叶片（自编）诱导因子计算程序，基于改进的wilson基础上进行计算-1.5MW wind turbine blades (self) calculated inducible factor calculation procedure, based on the basis of improved wilson
DiagonalStructuralMatrices
- 风力机叶片，以及机舱和塔筒的结构质量、阻尼和刚度矩阵。-Wind turbine blades, as well as the quality of the cabin and tower structure, damping and stiffness matrix.
WInDS_ver.0.9
- 国外网站提供的风力机叶片旋转流场的模拟.有说明。-The foreign website provides wind turbine blade rotation flow simulation
Matlab-Optimization-tools
- 基于Matlab软件中的优化算法和优化工具，针对风力机翼型通用型线集成表达式建立了优化数学模型。以风力机翼型的最大升阻比为优化设计目标函数，翼型形状控制方程的系数为设计变量，翼型的厚度和弯度为约束条件，设 计得到了相对厚度为18％的风力机翼型，并对其性能进行了计算分析。研究结果拓宽了风力机叶片翼型的设计思路和设计方法。-Based the Matlab software optimization algorithm and opti
blade
- 风力机叶片程序，其中一个为主程序，运用了动量叶素理论(wind turbine design)
计算弦长及安装角文档
- 计算风力机叶片安装角及弦长分布，运用了C语言的方法(The calculation of wind turbine blade installation angle and chord length distribution)
ProfiliV2
- 风力机叶片设计计算程序，叶片气动外形设计(wind mill blade; vane; paddle; limb; lamina design calculation)
Untitled5
- 风力机叶片设计，matlab程序设计风力机叶片参数(Wind turbine blade design program)
Untitled5
- 风力机叶片设计程序，可以计算直径攻角，可出叶片(The design procedure of wind turbine blade can calculate the attack angle of diameter and leave the blade.)
ypjs
- 基于profile中翼型的风力机叶片设计程序，可由功率计算风机直径等参数(Based on the airfoil design program of profile, the parameters of fan diameter can be calculated by power.)
叶片参数导出
- 基于Glauert设计法设计风力机叶片，叶片参数导出的MATLAB程序(MATLAB Program for Wind Turbine Blade Design and Blade Parameter Derivation Based on Glauert Design Method)