摘要
为将风力机气动特性理论应用于新能源课程的实验教学中,基于Unity 3D和3D Max软件设计开发了风力机气动性能分析虚拟仿真实验平台,构建了原理认知和规律探究实验模块,进行了风力机发电的气动原理感知仿真、翼型气动优化设计和叶片附加结构气动优化设计实验研究。结果表明:该平台具有良好的人机交互性能和创新性,在强化学生对翼型气动特性理解、经济性、线上教学方面具有明显优势,提高了风力机空气动力学实验教学质量。
In order to apply the theory of wind turbine aerodynamic characteristics to the experimental teaching of new energy course,a virtual simulation experimental platform for wind turbine aerodynamic performance analysis is designed and developed based on unity 3D and 3D Max software.The experimental modules of principle cognition and law exploration are constructed.The aerodynamic principle perception simulation of wind turbine power generation,aerodynamic optimization design of airfoil and aerodynamic optimization design of blade additional structure are carried out.The results show that the platform has good human-computer interaction performance and innovation,has obvious advantages in strengthening students'understanding of airfoil aerodynamic characteristics,economy and online teaching,and improves the teaching quality of wind turbine aerodynamics experiment.
出处
《科技风》
2022年第24期7-9,共3页
关键词
风力机
虚拟仿真
翼型优化
实验教学
Wind turbine
Virtual simulation
Airfoil optimization
Experimental teaching
