Calculation of Induction Factors for 1.5MW Wind Turbine Blades Based on Enhanced Wilson Method

In this document, we present a comprehensive methodology for calculating induction factors for 1.5MW wind turbine blades, utilizing an enhanced Wilson model as the computational foundation. The implementation involves sophisticated mathematical principles including fluid dynamics equations and Fourier transform techniques. We provide detailed step-by-step explanations of the calculation procedure, ensuring complete understanding of the program's operational logic. The code implementation features key algorithmic components such as iterative convergence methods for induction factor calculations and blade element momentum theory integration. Furthermore, we discuss the critical significance of the computational results and demonstrate how these outcomes can be leveraged to optimize the performance characteristics of 1.5MW wind turbines. The document offers multi-dimensional analysis of the computational approach, covering implementation details, numerical stability considerations, and validation procedures to provide thorough insight into the induction factor calculation program for 1.5MW wind turbine blade design.