A research work powered by RBF Morph has been presented from University of Roma Tor Vergata at the 32nd Symposium on Fusion Technology (SOFT 2022). The event is organised by the Ruđer Bošković Institute (RBI), Croatia’s leading scientific institute in natural and biomedical sciences as well as marine and environmental research. The biennial symposium on fusion […]
Our founder, Marco E. Biancolini, was among the speakers at the Ansys Level Up 3.0. In the Mechanical track he gave an overview and a hands-on of our RBF Morph Structures: “Make FEA more Flexible with Mesh Morphing“. Mechanical track information: Tuesday, October 25, 2022 8.30 PM a 9.00 PM. In this webinar, you learned: […]
The University of Sydney, one of the partners of the MeDiTATe project, hosted the workshop Heart Valve Replacements: Past, Present, and Future Directions on September 27, 2022. The meeting was organized by The School of Chemical and Biomolecular Engineering and the School of Medicine. The aim of the group is to bring a better valve to […]
RBF Morph attended the VPH2022 conference which took place in Porto, Portugal, from 6 to 9 September, 2022. The VPH2022 conference focused on: “Virtual bodies for treatment development and clinical trials” and touched the following main topics: Machine learning, big data and artificial intelligence Translation from in silico to clinical Computational biology and evolutionary genomics […]
September I 2022 I English Use the links below to download the presentation: Presentation: Digital Twins and Medicine 4.0: from in silico simulations to patient specific solutions
September I 2022 I English Use the links below to download the presentation: Presentation: Impact of image segmentation variability on hemodynamic prediction of flow quantities in AAA
September I 2022 I English Use the links below to download the presentations: Presentation: Pedaling cyclist modeling: a combined fem and mesh morphing approach Presentation: A medical digital twin derived from a patient-specific thoracic aorta model to investigate the effects of the heart motion on the vessel wall Presentation: The preliminary thermo-mechanical design, simulation and optimization, of LAD […]
