Radioss

Run LS-DYNA input decks directly within the graphical user interface for a fully integrated experience, complemented by robust file conversion utilities for Abaqus users.

Work seamlessly with integrated partner tools for extensive safety evaluations utilizing crash test dummies and human body models (HBM).

Accelerate innovation through an open platform approach (backed by the open-source version, OpenRadioss) designed to meet changing industry demands with regular community-driven updates.

Maximize computing efficiency through seamless scalability across diverse computing architectures to effortlessly manage large-scale, complex simulation models.

Leverage advanced material models, failure criteria, and damage libraries to simulate plastic deformation, energy dissipation, and structural failure with high precision.

Generate robust, high-quality datasets from advanced multiphysics simulations that enable the rapid training of AI models and predictive insights.

Specialized explicitly in tackling highly nonlinear scenarios and transient dynamic events such as crashes, impacts, high-speed collisions, drop tests, and blasts.