CFD simulations combined with machine learning for fast prediction of structural damage from blast events. Pressure distribution modeling across 400+ building topologies. CFD ML Prediction Structural Analysis Our blast damage prediction system combines high-fidelity Computational Fluid Dynamics (CFD) simulations with trained machine learning models to deliver near-instantaneous assessments of structural damage from explosive events. With a library of over 400 CAD files representing different building topologies, our system can model pressure distribution and impact zones across complex urban environments. The ML models, trained on thousands of CFD simulation results, provide predictions in seconds rather than the hours required for full simulations. This includes rocket and missile blast simulation capabilities, enabling rapid threat assessment and infrastructure vulnerability analysis for military planning and civil protection. High-Fidelity CFD Full computational fluid dynamics simulations of blast wave propagation and structural interaction 400+ Building Topologies Extensive CAD library covering diverse structural types for comprehensive vulnerability assessment ML-Accelerated Prediction Trained models deliver damage predictions in seconds, enabling real-time decision support Missile & Rocket Simulation Computational fluid simulations of rocket and missile blast scenarios for military threat assessment
