Articulation of THUMS through Reduced-Order Models
Author: S. Stazi Università di Roma Tor Vergata I 2026 I English You can download the presentation and the thesis.
Author: S. Stazi Università di Roma Tor Vergata I 2026 I English You can download the presentation and the thesis.
We are pleased to highlight a new Master’s thesis developed at the University of Rome Tor Vergata that showcases the application of the rbfCAE platform to advanced biomechanics and reduced-order modeling. Entitled “Articulation of THUMS through Reduced-Order Models,” the thesis was carried out by Samuele Stazi under the supervision of Prof. Marco Evangelos Biancolini and […]
Download the paper presented the 21st OpenFOAM Workshop. Paper by A. Zanella, F. Caccia, L. Abergo, E. Serioli, A. Guardone.
We are pleased to announce that the work entitled “A Framework for the Analysis of the Coupled Aerodynamic-Dynamic Response of a Vehicle: An OpenFOAM Approach” will be presented on July 2, 2026, by Alice Zanella at the 21st OpenFOAM Workshop, taking place in Porto, Portugal. The contribution presents a computational framework for the coupled simulation […]
ENGYS is pleased to announce a new partnership with RBF Morph, bringing the advanced capabilities of the rbfCAE software to engineers seeking faster and more efficient design exploration, optimisation and simulation workflows. Built on Radial Basis Function (RBF) technology, rbfCAE features high-fidelity mesh morphing, shape optimisation, fluid-structure interaction (FSI), reduced-order modelling (ROM), and virtual reality […]
Prof. Marco Evangelos Biancolini, Associate Professor of Machine Design at the University of Rome Tor Vergata and founder of RBF Morph, will be delivering a keynote at the Symposium on Modelling and Engineering Simulation 2026, held at SUPSI – Campus EST in Lugano, Switzerland, on 10 February 2026. His presentation, Geometry Intelligence and Fast RBF […]
A recent thesis by our colleague Davide Zambon at Università Ca’ Foscari Venezia explores a new approach to accelerating aerodynamic design through the integration of Radial Basis Function (RBF) technologies directly within Autodesk Alias. The work, titled “Acceleration of the Aerodynamic Design Workflow: A Plugin for Alias Based on Radial Basis Functions,” demonstrates how geometric […]
Author: D. Zambon Università Ca’ Foscari Venezia I 2025 I Italian Use the link to download the thesis.
We are pleased to announce that the presentation corresponding to our paper co-authored with ENGYS, “Interactive Reduced Order Models for Ship Hull Design and Optimization”, presented at COMPIT 2025, is now available for download on our website. The 23rd Conference on Computer Applications and Information Technology in the Maritime Industries (COMPIT 2025), held in Pontignano, […]
Use the link below to download the presentation: Presentation: “Interactive Reduced Order Models for Skip Hull Design and Optimization Coupling an Open-Source CFD Tool with Advanced RBF Mesh Morphing”