Centrifugal pump simulation has always been time-consuming, complicated, and often error-prone – we're changing that! With our solution, you automatically generate precise performance curves for complete pump assemblies, independent of the fluid and operating points. Manual rework is eliminated, results are available faster, and can be directly integrated into the development process.

To achieve this, we utilize the powerful combination of Frozen-Rotor approach and hybrid meshes. While the Frozen-Rotor approach enables efficient, steady-state computation of the flow field in the rotating machine, the intelligent use of hybrid meshes ensures maximum accuracy with minimal computation time. This allows even complex geometries to be analyzed with high precision – ideal for optimizing head, efficiency, and hydraulic power consumption.

Another crucial advantage lies in the flexible adaptation of the simulation to real operating conditions. Different fluids, variable speeds, and specific customer requirements can be considered in just a few steps. This enables well-founded decisions to be made early on and costly iterations in the development process to be avoided. With this method, you not only improve the performance of your pumps but also boost the efficiency and sustainability of your entire production chain.

But that's just the beginning: Our simulation solution is continuously evolving – and directly with you! Your challenges and feedback from practice are immediately incorporated into new features. In this webinar, you will not only learn how to shorten development times with the latest simulation technology but also how you can actively help shape the future of centrifugal pump simulation with your experience.

Sign up now and discover how you can revolutionize your centrifugal pump development – more efficiently, faster, and more precisely than ever before!