High-Fidelity OpenRadioss Consulting & Development
Get precision-engineered explicit dynamic solutions from an open-source expert with over a decade of hands-on simulation experience. Whether your team is battling unstable nonlinear contact convergence or needs immediate, field-ready crashworthiness optimization, you receive rigorous engineering insight directly applied to your transient dynamic challenges.
From Deep Theoretical Frameworks to Field Implementation
My expertise spans the entire spectrum of high-velocity explicit dynamics complexity. On the theoretical front, I develop custom material failure laws, implement complex self-contact and friction formulations, and troubleshoot critical time-step mass scaling constraints. I translate advanced academic physics into stable numeric code. On the application front, I pivot seamlessly to design-oriented engineering, validating automotive crashworthiness, evaluating consumer electronics drop tests, assessing ballistic projectile penetration, and predicting fluid-structure interaction (FSI) behavior for field-ready machinery.
Tailored Services to Advance Your Project
Every simulation project receives custom-tailored execution based on your specific operational bottlenecks. I provide end-to-end explicit FEA pipeline development, including automated high-quality meshing with open-source tools, custom block format (.rad) keyword construction, and rigorous validation studies. Additionally, I build automated post-processing scripts utilizing ParaView and Python to give your design engineers clear, actionable visualization data for rapid prototyping cycles.
Why Choose Open Source with Expert Guidance
Deploying OpenRadioss independently often comes with a steep learning curve regarding explicit time integration schemes and boundary conditions. By partnering with an experienced consultant, you bypass the trial-and-error phase entirely. You gain full ownership of your simulation software stack, eliminate recurring per-core licensing fees, and scale your massive multi-core CPU and cluster parallel computing workloads infinitely on the cloud, all while maintaining the strict accuracy of verified engineering code.
Lets discuss the case: wiratama@pt-tensor.com
Or Find me on Linkedin: Caesar Wiratama
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