OpenRadioss cloud solver
OpenRadioss is a leading explicit finite element solver widely used in the automotive industry and beyond for crashworthiness, safety, drop test, and impact simulations. CloudHPC empowers you to leverage the full potential of OpenRadioss by providing on-demand access to powerful cloud computing resources. Overcome the limitations of local hardware and significantly reduce simulation times, allowing for faster iteration, improved design optimization, and more comprehensive analysis.
Why Run OpenRadioss on CloudHPC?
- Scale Beyond Local Limitations: Say goodbye to hardware bottlenecks. CloudHPC provides access to a range of virtual machines with varying CPU, memory, and storage configurations, allowing you to run significantly larger and more complex OpenRadioss models than ever before. Tackle simulations that were previously impossible due to resource constraints.
- Reduce Simulation Time: Harness the power of multi-core processors and high-performance storage to dramatically reduce simulation times. Accelerate your design cycle and get faster results, enabling quicker decision-making and faster time to market.
- Optimize Your Designs More Effectively: With faster turnaround times, you can explore a wider range of design options and perform more comprehensive sensitivity analyses. Discover optimal solutions and improve the performance of your products.
- Cost-Effective Solution: Pay only for the computing resources you use. CloudHPC eliminates the need for expensive hardware investments and maintenance costs, offering a cost-effective solution for running OpenRadioss simulations.
- Seamless Workflow: Our user-friendly platform makes it easy to run OpenRadioss on the cloud.
OpenRadioss Functionalities Supported:
CloudHPC supports a comprehensive range of OpenRadioss functionalities, including:
✅ Crashworthiness Analysis: Simulate vehicle crashes and assess occupant safety performance under various impact scenarios.
✅ Drop Test Simulations: Evaluate the robustness of electronic devices, packaging, and other products subjected to drop impacts.
✅ Impact Analysis: Analyze the effects of impacts on structures, components, and materials in a variety of industries.
✅ Material Modeling: Utilize advanced material models to accurately represent the behavior of different materials under dynamic loading conditions.
✅ Explicit Time Integration: Leverage OpenRadioss’s robust explicit time integration scheme for handling highly nonlinear and transient events.
✅ Contact Modeling: Simulate complex contact interactions between multiple parts in your model.
✅ ALE and SPH Techniques: Tackle large deformation problems using Arbitrary Lagrangian-Eulerian (ALE) and Smooth Particle Hydrodynamics (SPH) methods.
✅ Optimization Capabilities: Employ OpenRadioss’s built-in optimization tools to improve the performance of your designs.
Your Workflow with CloudHPC:
Running OpenRadioss analysis on CloudHPC is a straightforward process:
- Prepare Your Input Files Locally: Create and pre-process your OpenRadioss input files (.rad) using your preferred pre-processor on your local machine. This allows you to leverage your existing software and expertise. Ensure your input files are complete and validated.
- Upload to CloudHPC: Easily upload your input files (including any necessary include files or material databases) to the CloudHPC platform via our secure and intuitive web interface.
- Configure Your Virtual Machine: Choose a pre-configured virtual machine with the specifications that meet the needs of your OpenRadioss analysis. Select the desired CPU cores, memory, and storage. You can also customize the machine further if needed.
- Run Your Analysis: Submit your OpenRadioss job to the cloud. CloudHPC automatically launches OpenRadioss on your chosen virtual machine. You can monitor the progress of your simulation in real-time through our web interface.
- Download Results: Once the simulation is complete, easily download your results files (.h3d, .out, etc.) to your local machine for post-processing and analysis.
