Boost your ability to model the complexity of multi-physics CFD applications and explore engineering possibilities
Go faster with innovative simulation technology ranging from intelligent and tailored automated workflows
to integrated cloud-based computation. Simcenter STAR-CCM+ 2206 comes with a host of exciting new capabilities
When you collaborate across disciplines, you need a reliable and straightforward way to exchange results
Simcenter STAR-CCM+ 2206 introduces results data exchange between Simcenter STAR-CCM+and Simcenter 3D
through the standardized Simcenter data format, SCD5.
The standardized format lets you efficiently use pressure field or heat transfer data from a CFD simulation in a complex solid stress simulation
Helicopters, urban air mobility vehicles, and wind turbines heavily rely on accurate predictions of the complex interaction
between aerodynamics forces and structural responses of their rotor blades
Simcenter STAR-CCM+ 2206 offers a fully automated rotor blade aeroelasticity workflow
that provides a high-fidelity solution with minimum user effort.
The new workflow automatically transfers the aerodynamic forces and moments from CFD
to all common industry-standard rotor blade structural mechanics solvers
The structure dynamics solver feeds back new displacements and twist distribution under those loads to the CFD simulation
The co-simulation autonomously iterates until the overall system is converged
The new workflow allows you to model the complexity of aeroelasticity with ease, increasing the performance
of those rotors while reducing vibration and noise
Airfoils, pumps, compressors or propellers, and many other applications share a sudden nonlinear response
of their performance metrics like lift, drag, or efficiency under the variation of a critical operating parameter,
such as the angle of attack or the mass flow throughput
Identifying those critical turning points in performance maps is a must to ensure such systems' safe and reliable operation
With the new smart sweep feature in Simcenter STAR-CCM+ 2206, you can generate accurate performance curves
and identify such turning points quickly and easily
Smart sweeps automatically adapt and bisect the stepping parameter to narrow in on critical conditions and avoid infeasible cases
Previous design results can be used to initialize subsequent sweep points for faster convergence
Smart simulation engineers leverage symmetries to reduce computational effort without compromising simulation fidelity
With the Idealization transforms for data mappers in Simcenter STAR-CCM+ 2206,
we now enable you to create full-configuration solutions from idealized models quickly
Leverage the data from sectors, axisymmetric representations, or half models in full configuration simulations
through easy-to-use automatically created data mapper transforms
Letting you go faster from idealized to full configurations by seamlessly leveraging the power of symmetry
Running CFD simulations on the cloud offers increased flexibility and scalability over on-premise hardware,
with on-demand access and unlimited capacity
With Simcenter Cloud HPC, we offer you a seamless experience for simulation on the cloud.
Jobs are run on Amazon Web Services cloud infrastructure, configured and managed by Siemens,
directly from within Simcenter STAR-CCM+
Giving you the freedom to instantly scale up and down to go faster, meet deadlines, or explore more designs
With Simcenter STAR-CCM+ 2206, we release the first public preview of Simcenter Cloud HPC
These are just a few highlights that will allow you to model the complexity and explore the possibilities while staying integrated
Go faster today with Simcenter STAR-CCM+ 2206 to engineer innovation into your products of tomorrow
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