Key Capabilities
- Open Explicit Dynamics with Community Support
Accelerate innovation in crash and impact simulation through an open, extensible platform that evolves with industry needs. Community-driven development ensures continuous enhancements and the addition of relevant, cutting-edge features. - Advanced Material and Damage Modeling
Utilize state-of-the-art material laws and damage models to design safer, more durable, and lightweight structures with confidence. - LS-DYNA Input Compatibility
Run LS-DYNA input decks directly within the RADIOSS environment for a streamlined experience. Built-in robust conversion tools also provide support for Abaqus files, ensuring easy model migration. - Validated Safety Tools for Human Modeling
Integrate seamlessly with partner tools to perform advanced safety evaluations using validated crash dummies and Human Body Models (HBM). - High-Performance Scaling for Complex Simulations
Achieve maximum computational efficiency with virtually unlimited scalability across a range of hardware architectures. Effortlessly handle large, complex models in shorter timeframes. - AI-Powered Predictive Insights
Leverage AI integration to enhance predictive accuracy by training models with simulation results from RADIOSS. Enable future-ready workflows by combining physics-based simulation with data-driven intelligence.
