News from RBF Morph
7 September 2023
AIAS 2023 ConferenceWe are in Genoa for the AIAS 2023 Conference, the most important event in the scientific field of ING-IND/14. The
Read more.6 September 2023
An investigation on digital twin methodologies for the ITER projectITER is an ambitious global energy project that aims to demonstrate fusion feasibility and achieve net energy production. Design requirements
Read more.28 August 2023
Structural Analysis of the Hub of a Rental Kart and Optimization through Mesh MorphingIn his thesis titled “Structural Analysis of the Hub of a Rental Kart and Optimization through Mesh Morphing” Lorenzo Mazzaferro
Read more.20 July 2023
Ansys and RBF Morph join forces to bring state-of-the-art mesh morphing technology to multiple industriesRBF Morph’s unique simulation tools are now part of Ansys’ portfolio Rome, Italy, 19 July 2023 – After a long
Read more.6 July 2023
Fluid dynamics of exhaust manifolds for internal combustion enginesThe thesis “Fluid dynamics of exhaust manifolds for internal combustion engines. Analysis and optimization of geometry through a numerical approach
Read more.20 June 2023
Frontal impact performance optimization of an automotive hood through explicit finite element simulations and mesh morphingIn his thesis titled “Frontal impact performance optimization of an automotive hood through explicit finite element simulations and mesh morphing”
Read more.13 June 2023
RBF Morph at the Healthy Buildings 2023The HB 2023 conference, held from 11th to 14th June in Aachen, Germany, brought together leading experts in sustainable solutions
Read more.12 June 2023
Aerodynamic optimization of a cycling helmet for time-trialWe are happy to share another interesting thesis, ‘Aerodynamic optimization of a cycling helmet for time-trial’ by Antonio Sgambellone from
Read more.5 June 2023
Aerodynamics optimization of a motorglider by using of mesh-morphingThe purpose of Daniela Sorani’s thesis ‘Aerodynamic optimization of a motorglider using mesh-morphing’ was to reduce the boundary layer separation
Read more.