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.
