Fluid machinery manufacturers face mounting pressure to deliver peak performance while meeting strict efficiency, noise and reliability requirements. The engineers working on these pumps, compressors and fans face a unique set of challenges ranging from flow instabilities and mechanical fatigue to noise and vibrations reductions.
Simulation and testing software is helping engineers design and validate more innovative products while accelerating development and reducing costs.
In this webinar, you will learn:
Save your spot now and explore how simulation and testing technologies support the full product lifecycle from concept to physical operations. You'll walk away knowing the best practices for integrating CFD, FEA and system-level simulation in fluid machinery development.

Simcenter Industry Solutions Manager
Giulio Camauli has worked at Siemens for more than 30 years, holding positions ranging from Customer Services Manager to Application Engineer. This broad experience has given him a unique blend of technical expertise and customer-centric insight.
As the Simcenter Industry Solutions Manager, Mr. Camauli helps industrial machinery companies revolutionize their product development to enhance reliability, quality, productivity and more through simulation software solutions. His expertise has guided countless organizations in integrating simulation-driven design processes, fostering engineering excellence and transformative results.

Simcenter Mechanical Industry Specialist
Dr. Flavio Quattrone has more than a decade of experience in structural dynamics, advanced FEM simulations and R&D project leadership. He holds a Ph. D. in Aerospace Engineering and an Executive MBA from POLIMI Graduate School of Management.
As the Simcenter Mechanical Industry Specialist with a focus on industrial machinery and turbomachinery, Dr. Quattrone is committed to driving innovation at the intersection of engineering and digital transformation. His analytical approach and strategic mindset support his mission to enable smarter, more efficient mechanical systems across industries.