The thesis ‘Aerodynamic Optimization of a MotoGP Motorcycle using CFD and Mesh Morphing’ by Filippo Ricci delves deep into the world of fluid dynamics, focusing on the aerodynamic analysis and optimization of a MotoGP motorcycle, employing the cutting-edge techniques of Computational Fluid Dynamics (CFD) and Mesh Morphing. The primary objectives of this research are two-fold: […]
We are delighted to announce our feature in the autumn issue of Futurities, EnginSoft’s Magazine for Simulation-Based Engineering & Sciences. In this edition, our founder, Marco Evangelos Biancolini, had the privilege of conducting an insightful interview with Ignazio Maria Viola and Ubaldo Cella, esteemed experts from the Journal of Sailing Technology. Together, they delve into […]
In his thesis ‘Optimization of Sail Settings Using RBF Mesh Morphing,’ Saverio Ramirez explored the application of mesh morphing in the field of sailing. The purpose of this project was to present the latest results achieved through the ongoing collaboration between the University of Rome Tor Vergata and the Yacht and Superyacht Research Group at […]
(Image: Baden-Baden Kur & Tourismus GmbH) RBF Morph is delighted to announce our active participation in the upcoming 14th European LS-DYNA Conference, scheduled for October 18 and 19 in the beautiful city of Baden-Baden, Germany. This event is a true highlight for us and for LS-DYNA enthusiasts across Europe and beyond. With more than 200 […]
In the fast-paced world of technology startups, recognition and acknowledgment often come as validation of dedication and innovation. RBF Morph, a prominent player in the field of mesh morphing and simulation, has been selected to participate in the prestigious Premio Italian Master Startup Award (IMSA) 2023. Since its inception in 2007, IMSA has been at […]
In his thesis “Goal driven multi-objective shape optimization for conjugate heat transfer in an effusion cooling system of a combustion chamber, through a CFD-mesh-morphing based approach” Walter Savastano conducted numerical investigations to optimize the effectiveness of full coverage effusion cooling through computational fluid dynamics (CFD). The study examined the impact of hole density and injection […]
We are proud to be featured in the Futurities Summer Issue with the Copernicus project, a cloud-based HPC platform to support systemic-pulmonary shunting procedures. Copernicus aims to set up an affordable decision support web application that allows surgeons approaching the Modified Blalock Taussig Shunt (mBTS) medical intervention at best. Read the full article to learn […]
We are in Genoa for the AIAS 2023 Conference, the most important event in the scientific field of ING-IND/14. The Italian Scientific Society of Mechanical Design and Machine Construction offers a unique opportunity – from September 6th to 9th – to connect with colleagues and experts in the field, discuss the latest trends and developments, […]
ITER is an ambitious global energy project that aims to demonstrate fusion feasibility and achieve net energy production. Design requirements and stringent tolerances of the machine drive industries to higher quality standards. Digital Twin methodologies can provide valuable information for decision-making and risk management during manufacturing. In this PhD thesis by Edoardo Pompa, a workflow of […]
In his thesis titled “Structural Analysis of the Hub of a Rental Kart and Optimization through Mesh Morphing” Lorenzo Mazzaferro collaborated with one of the leading companies in Kart production, CRG. This company boasts an impressive clientele, including renowned Formula 1 drivers such as Michael Schumacher and Lewis Hamilton. Lorenzo was tasked by CRG to […]