We are pleased to share a newly published study highlighting the capabilities of RBF Morph technology, now available in Purdue University’s online repository. Titled “Shape optimization of a Roots blower rotor profile using CFD model with a coupled Adjoint-Sculpting method,” the research explores innovative methods for enhancing the performance of rotary positive displacement machines. Authored […]
On November 14, the University of Rome Tor Vergata hosted Tech Transfer Day, where RBF Morph had a chance to showcase a dedicated booth highlighting the DigiPAD project. DigiPAD (Digital Twin for Advanced Design in the Aerospace Industry) is an innovative initiative designed to revolutionize the aircraft design process. The project brings together two cutting-edge […]
We’re pleased to be part of the THUMS User Meeting 2024. During the event, our colleague, Emanuele Di Meo, will present “Human Body Models Customization by Advanced Mesh Morphing: Parametric THUMS.” Emanuele will discuss how advanced mesh morphing techniques are being used to customize human body models, with a focus on their applications in biomechanics […]
Discover the future of CFD and digital twin technology in an inspiring episode of How to Become a CFD Engineer! In this in-depth conversation, Kade Beck sits down with our founder, Marco Evangelos Biancolini, to explore the power of mesh morphing and its groundbreaking applications. In this episode, you’ll learn all about mesh morphing—what it […]
We’re happy to introduce another remarkable thesis leveraging RBF Morph technology: “Advanced Optimization of the WT Model of the RIBES Project” by Domiziano Beltramme. This thesis develops a fully automated DOE (Design of Experiment) program aimed at structural optimization, built to support the wind tunnel (WT) model for the RIBES project. From the setup of […]
We are thrilled to announce that Wired Italia has just published a fantastic interview featuring our founder, Marco Evangelos Biancolini, who dives deep into the future of medical digital twins and the groundbreaking work being done as part of the EU-funded MeDiTATe project. In this exclusive interview, Marco shares insights into how RBF Morph is […]
We are happy to share a thesis by Carlo Del Bene and Ruben Anello from the University of Rome Tor Vergata: “Go-kart aerodynamic optimization by means of CFD and RBF Mesh Morphing.” The study introduces a novel computational approach to enhance go-kart performance by focusing on aerodynamic efficiency. Leveraging Computational Fluid Dynamics (CFD) in conjunction […]
We are excited to share a new case study showcasing the power of RBF Morph in the automotive industry. Dr. Kevin Cremanns from PI Probaligence GmbH and Emanuele Di Meo, a CAE Senior Engineer from RBF Morph, collaborated to explore predictive capabilities for automotive body pressure using advanced simulations. The study involved analyzing 51 design […]
We are excited to share that our paper, “Human Body Models Customization by Advanced Mesh Morphing: Parametric THUMS,” is now available in the book Engineering Methodologies for Medicine and Sports, published by Springer. Authored by Emanuele Di Meo, Emanuele Lombardi, Andrea Lopez, and Marco Evangelos Biancolini, this work delves into a cutting-edge approach to customizing […]
We are pleased to announce the publication of an important work in MDPI titled “Prosthetist-Specific Rectification Templates Based on Artificial Intelligence for the Digital Fabrication of Custom Transtibial Sockets.” The study, authored by Andrea Giovanni Cutti, Maria Grazia Santi, Andrew H. Hansen, Stefania Fatone, and the Residual Limb Shape Capture Group, represents a significant advancement […]