Simone Bartesaghi is a distinguished CFD Engineer and Yacht Designer, currently serving as a consultant specializing in marine applications, where he leverages his extensive expertise in Computational Fluid Dynamics (CFD) to enhance the performance and design of racing yachts, powerboats, and various industrial applications. With...
Simone Bartesaghi is a distinguished CFD Engineer and Yacht Designer, currently serving as a consultant specializing in marine applications, where he leverages his extensive expertise in Computational Fluid Dynamics (CFD) to enhance the performance and design of racing yachts, powerboats, and various industrial applications. With a robust background in naval architecture, Simone has been instrumental in delivering innovative design solutions that optimize hydrodynamic efficiency and overall vessel performance. His work in racing yacht design not only showcases his proficiency in VPP (Velocity Prediction Program) analysis but also highlights his ability to integrate advanced numerical simulations to predict and enhance sailing characteristics under diverse conditions.
In addition to his marine focus, Simone has expanded his consultancy to encompass biomedical simulations and wind energy applications, where his skills in fluid dynamics and combustion modeling play a crucial role in developing efficient systems. His proficiency in software tools such as SolidWorks, AutoCAD, and Rhinoceros 3D, combined with his programming expertise, allows him to create sophisticated models that address complex engineering challenges.
Key projects in his portfolio include collaborations with leading yacht manufacturers and participation in high-stakes racing events, where his insights have led to significant performance gains. As a thought leader in the field, Simone is dedicated to pushing the boundaries of design and engineering, ensuring that his clients benefit from cutting-edge technologies and methodologies. His commitment to excellence, paired with a deep understanding of hydrodynamics and numerical simulation, positions him as a vital resource in the ever-evolving landscape of marine engineering and design.
