Aerodynamics

CADES — Computational Aerodynamics Display & Evaluation System The Computational Aerodynamics Display & Evaluation System (CADES) is a state-of-the-art, high-performance 2D aerodynamics simulator designed to run seamlessly in the browser. It implements the Lattice Boltzmann Method (LBM) using a D2Q9 lattice architecture to provide real-time fluid dynamics visualization. This platform is engineered specifically for exploring airflow behaviors around a NACA 0012 airfoil, providing instantaneous feedback on pressure distributions, lift coefficients, and wake turbulence. ...

NAPS — Neural Airfoil Profile Synthesizer The Neural Airfoil Profile Synthesizer (NAPS) is a highly sophisticated, browser-native computational tool that bridges the gap between classical aerodynamics and modern machine learning. NAPS is engineered to dynamically generate standard NACA 4-digit aerodynamic profiles by utilizing an integrated Artificial Neural Network (ANN) to solve the inverse aerodynamic design problem. Instead of manually iterating geometry to find a desired lift coefficient, aerospace engineers can specify a target theoretical Lift Coefficient ($C_L$), and the neural network will synthesize the exact geometric parameters required. ...