Designing a Pelton hydroturbine to operate in extreme conditions—specifically a reservoir power plant with geo-thermally heated, high-pressure water—is uncharted territory. For our partner, Mechanical Solutions, Inc, the stakes were high: mitigating the severe risk of fatigue and cavitation without relying on expensive, time-consuming physical prototypes. The solution? Simcenter STAR-CCM+. 💡 "The beauty of Simcenter STAR-CCM+ is that we can do everything within one application without coupling to a solid solver." — Boris Kubrak, Director, Computational Fluids Engineering, Mechanical Solutions By integrating fluid-structure interaction (FSI) and fatigue analysis in a single platform, Mechanical Solutions could: ✅ Ensure structural integrity and predict component lifespan ✅ Implement crucial design changes in just half a day ✅ Give the customer full confidence to build the turbine once, eliminating expensive prototypes Integrated simulation isn't just faster; it enables innovation that would otherwise be too risky.
Impressive to see how advanced simulation empowers teams to take on such challenging engineering scenarios. Great example of how integrated multiphysics with Simcenter STAR-CCM+ drives innovation while reducing risk. 👏
Pelton turbines are fascinating
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