STAR-CCM+ 2506 brings powerful new tools designed to deliver higher accuracy, flexibility, and performance across engineering applications. View this on-demand webinar to see how these notable updates can benefit your simulation workflows.
What You’ll Learn:
- Parametric Surface Morphing – Geometry parametrization enables efficient automated design space exploration. The Parametric Surface Morpher allows parametrization of tessellated geometry even without access to the underlying CAD.
- DFBI Kinematics Enhancements – DFBI allows the simulation of realistic body motion with greater fidelity, enabling improved analysis of marine, aerospace, and mechanical systems. The DFBI Kinematics solver makes trivial the configuration of complex gear systems.
- Virtual Disk Improvements – Models employing Virtual Disk methods capture rotor aerodynamics accurately while reducing computational overhead for rotomachines, turbomachinery and wind energy simulations. New improvements allow analysts to easily confirm model inputs and catch errors
- GPU Acceleration – Leverage the power of GPU-based solvers to significantly reduce turnaround time while handling larger, more complex models with ease. See what capabilities have been added to STAR-CCM+’s growing list of GPU-enabled solvers.
Watch the on-demand webinar:
About the Speaker
Dr. Chris Ostoich
Senior Project Engineer, ATA Engineering
Dr. Ostoich is a Senior Project Engineer at ATA Engineering. He has over 17 years of experience working in Computational Fluid Dynamics, and 9 years of experience with STAR-CCM+. He uses STAR-CCM+ regularly in consulting services projects and supports software customers as a STAR-CCM+ Dedicated Support Engineer.