Powerful, industry-proven finite element solver for dynamic event analysis – now available to all
For more than three decades, the world’s top industrial, research and development, and educational organizations have employed Radioss to solve complex linear and nonlinear engineering problems. Now, Altair is introducing OpenRadioss, open-source software designed to bring together a worldwide community of experts and users to make the world a safer, greener place.
Welcome to the OpenRadioss Community
Altair Radioss is an industry-proven analysis solution that helps users evaluate and optimize product performance for highly nonlinear problems under dynamic loadings. For more than 30 years, organizations have used Altair Radioss to streamline and optimize the digital design process, replace costly physical tests with quick and efficient simulation, and speed up design optimization iterations – all so users and organizations can improve product quality, reduce costs, and shorten development cycles.
OpenRadioss is the publicly available open-source code base that a worldwide community of researchers, software developers, and industry leaders are enhancing every day. OpenRadioss is changing the game by empowering users to make rapid contributions that tackle the latest challenges brought on by rapidly evolving technologies like battery development, lightweight materials and composites, human body models and biomaterials, autonomous driving and flight, as well as the desire to give passengers the safest environment possible via virtual testing.
With OpenRadioss, scientists and technologists can focus their research on a stable code base under professional maintenance that benefits from the large library of existing finite element capabilities (Key Features) and the continuous integration and continuous development tools provided to contributors.
If you are interested in simulating automotive crash and safety, shock and impact analysis, electronic and consumer goods drop testing, and fluid structure interactions, then OpenRadioss is for you. OpenRadioss lets users make efficient, robust predictions of combined multiphysics behaviors in complex environments by relying on advanced MPI and OpenMP parallel structure, which provides industry-leading scalability regarding large, highly nonlinear structural and multiphysics simulations.
Users can also run LS-DYNA® * model input format directly in OpenRadioss. Community members are working to enhance and share LS-DYNA® model input and develop interoperability with other popular explicit solvers.
Run LS-DYNA® (*) format models directly in OpenRadioss
From getting started to using advanced features
Working together to enhance and add new features
Suggest new features, or report a bug
Download the latest version of OpenRadioss source code
Download pre-compiled OpenRadioss software and associated binaries and libraries
The OpenRadioss Community believes sustainability-driven complex technical challenges are best addressed within an open, collaborative software framework. By combining the best minds in the world and giving them the tools and environment to make innovative, groundbreaking improvements to products, processes, and workflows, OpenRadioss gives users the power to make the world a safer, greener place.
The OpenRadioss Community is open to everyone who wants to explore the vast capabilities of explicit finite element analysis code. Designed to be easy to adopt and utilize – and nurtured within a collaborative, inclusive support community – OpenRadioss is the best, most accessible impact simulation software.
Join the OpenRadioss Community to discover the variety of ways to engage – ask and answer questions in community forums, form work groups, develop benchmark tests, develop new capabilities, and more. See what OpenRadioss and the OpenRadioss Community can do to make tomorrow’s world a better one.
Industry-proven, class leading scalability from single core to HPC (High Performance Computing), with repeatability regardless of CPU count, optimized for all modern CPU processors
Fast & accurate solutions from under integrated shell and solid elements with physical hourglass stabilization giving quality results at a fraction of fully integrated CPU cost
Advanced non-linear material laws and failure models, for isotropic, orthotropic, composite, hyper- and viscoelastic materials
Wide array of contact interfaces, boundary conditions, imposed conditions, loading, joints, sensors, and output requests in animation and graph formats
Battery failure model; Airbag deployment; Smooth Particle Hydrodynamics (SPH); Arbitrary Lagrangian Eulerian (ALE); Fluid Structure Interaction (FSI); Multiphase fluids
Trademarks are the property of their respective owners. (*) LS-DYNA® is a registered trademark of Livermore Software Technology Corporation, which is an affiliate of Ansys, Inc. Hereunder, there is no actual or implied affiliation, endorsement, or sponsorship of any kind.