EdFoil: an open-source software enabling faster geometrical modelling of composite blades

Setting up a numerical model is often the most time-consuming stage of any analysis. Preparing the geometry, applying material definitions, and defining boundary conditions can take considerably longer than running the simulation itself. This user guide introduces the \EdFoil framework designed to accelerate the modelling process for composite blades. By automating the generation of airfoils, stations, and laminate sections, the tool aims to reduce setup time and ensure consistency across different models. In addition, it takes advantage of modern computing hardware, allowing engineers and researchers to start modelling full three-dimensional composite blades more efficiently than with traditional two-dimensional workflows. EdFoil is built with Qt, the C++ framework for software development.