Blog

A new Master’s thesis by Francesco Pais, completed at the University of Rome Tor Vergata, introduces an innovative approach to the biomechanical characterization of the L1 vertebral body. The study, titled “A characterization of the vertebral body of L1 vertebra’s mechanical properties through Statistical Shape and Appearance Modelling”, is now available for download and represents […]

SafeBot4Twin is an EU-funded project by the Cyber 4.0 competence center, uniting RBF Morph and MedTech startup LivGemini to develop a secure chatbot powered by Large Language Models (LLMs) for managing medical digital twins. These twins rely on sensitive clinical data, increasingly targeted by cyberattacks. The project addresses the need for intuitive, secure tools that […]

A new thesis by Danilo Lampasona, conducted at the University of Rome Tor Vergata in collaboration with Piaggio and RBF Morph, is now available on our website. The title is: Structural Optimization of a Four-Stroke Engine Connecting Rod: from High-Fidelity FEM Simulation to Artificial Intelligence The work focuses on the structural optimization of a connecting […]

The thesis Digital Twin for the Aerodynamic Development of a MotoGP Motorcycle through Mesh Morphing and Reduced-Order Models, presented by Filippo Bardelloni at the University of Rome Tor Vergata, outlines a complete simulation-driven design workflow for aerodynamic optimization in motorsports. The work combines RBF Morph, Ansys Fluent, and Ansys Twin Builder to enable geometry parameterization, […]

RBF Morph is pleased to present a thesis by Matteo Bisin, University of Rome Tor Vergata, that highlights the advanced capabilities of our technology in the field of structural optimization: “Structural Optimization of an Automotive Wheel Rim Using the BGM Method.” This thesis focuses on the optimization of a real aluminum alloy wheel rim provided […]

We are proud to spotlight a Master’s thesis that not only laid the groundwork for cutting-edge research in aerodynamic optimization but was also conducted within a foundational research project that ultimately gave rise to two major EU-funded initiatives: RBF4AERO and RIBES. Titled “DLR-F6 Design Optimization by Means of Radial Basis Functions Mesh Morphing,” this thesis […]