Gust Wind Speed Model Implementation in SIMULINK Using Wind Speed Formulas

Developing a gust wind speed model in the SIMULINK environment using wind speed formulas proves highly beneficial for engineering applications. This model enables effective simulation and prediction of gust behaviors under various wind conditions, facilitating better understanding and risk prevention strategies. The implementation utilizes SIMULINK blocks to represent wind dynamics equations, featuring stable operation across diverse environmental scenarios. The model architecture incorporates key wind formula components through custom S-functions or predefined SIMULINK blocks, allowing real-time parameter adjustments for different gust profiles. Its modular design supports seamless integration with additional models and data sources, enhancing the comprehensiveness and accuracy of gust wind speed predictions. The system employs statistical wind variation algorithms and time-series analysis techniques to generate realistic gust patterns. This SIMULINK-based solution holds significant value for both research and practical applications, providing valuable references and support for wind energy assessment, structural design optimization, and meteorological studies. The model's configurability allows researchers to modify wind parameters through MATLAB scripts and analyze results using Data Inspector tools for comprehensive performance validation.