Automatic leading edge meshing BOIs in CATIA using Python scripts (PyCATIA)

Have you ever struggled when meshing complex leading edges with high curvature? ✈️ If yes, welcome to the club! The main challenges are: 🔍 Capturing the exact curvature 🎯 Keeping a consistent offset 🔄 Repeating the process across multiple wing types 😵…all while trying not to lose your mind in tedious geometry work. Leading edges are among the most sensitive zones in aerodynamic meshing, but building BOIs for them doesn’t have to be a painstaking task. With the right automation approach, it becomes almost effortless. 🎥 In this new video, I show how a SINGLE, flexible Python-driven function can automatically generate high-quality BOIs around any kind of leading edge, from thin swept wings to UAV propellers. A clean syntax, a few parameters, and BOIs adapt themselves to the shape. No manual tweaking. No guessing. Leading edges are tricky! Your BOIs for them shouldn’t be! 🚀 💡 This is all powered by the synergy of CATIA V5 + Python, something I teach in depth in my course: 🎓 PyCATIA Module: CATIA Automation via Python Scripts 🔗 Check it out here: https://www.udemy.com/course/pycatia-module/?referralCode=2DD1EED7C21165084D3A Whether you’re an engineer, CAD modeler, or digital designer, you’ll learn how to: ⚙️ Automate complex geometry tasks ⚙️ Build your own intelligent, adaptable parametric tools ⚙️ Free your engineering time by eliminating repetitive manual operations #CATIA #PythonAutomation #PyCATIA #EngineeringDesign #DigitalEngineering #CADAutomation #GeometryAutomation #MeshingAutomation #LeadingEdge #PythonForEngineers #UdemyInstructor #ProductDesign #EngineeringSkills #AutomationWithPython