Blog

An article about CFD, RBF mesh morphing and lap time simulation-based analysis method to investigate the effect of aerodynamic drag on go-kart performance having title “Evaluation of go-kart aerodynamic efficiency using CFD, RBF mesh morphing and lap time simulation” has been published on the journal International Journal of Aerodynamics Volume 5, Issue 3-4. Available online at https://www.inderscienceonline.com/doi/pdf/10.1504/IJAD.2016.083375 Authors: M.E.Biancolini, […]

RBF Morph published on the NewsletterYear 14 n. 3 Autumn 2017 an article on how multi-objective optimizations, combined with experienced aerodynamic design, is the most efficient strategy to face challenging designs as theimprovements of fast foiling catamarans performances in regatta. The core of the method is the parameterization of the geometry implemented by a mesh morphing […]

RBF Morph in collaboration with University of Rome “Tor Vergata”, ANSYS Inc., and Design Methods is organizing the workshop titled “Flexible Engineering Toward Green Aircraft” that will be taken place on December 14th2017 in the meeting room of the Department of Enterprise Engineering “Mario Lucertini” starting from 09:00. The workshop comes as conclusion of two […]

The presentations given by RBF Morph team at  33th edition of International CAE Conference  that was held in Vicenza (Italy) 6-7 November 2017, can be download in the Presentations and Proceedings 2017. The papers will be published shortly.    

In this paper the solution of industrial aerodynamic shape optimization problems using the optimization methods provided by the RBF4AERO platform, developed in the framework of the EU–funded RBF4AERO project, is demostred. The platform provides a complete infrastructure needed for optimization problems, including GUI, Optimization Algorithms, CFD Solvers, Morpher Tool and Benchmark Management System. Both stochastic and […]

A new article about RBF Morph has been published on the Italian journal “Analisi e Calcolo” n° 81 Jul. 2017. The case study of the Generic Turbine Blade created and made available from ANSYS Inc., shows the advantages of mesh morphing tecnique and meets the needs of the turbomachinery industry. Abstract: Il mesh morphing consente […]

A new application of RBF Morph was presented at The Italian Chapter of the European Society of Biomechanics (ESB-ITA) which held in Rome (Italy) in September 28-29, 2017. The aim of study is to propose a novel computational approach built up by integrating patient specific images and flow data with RBF morphing techniques into FE simulations An image-based and RBF […]

A article about the main results of RBF4ARTIST project has been published on the Italian Journal “Analisi e Calcolo” January 2017. This project addresses an innovative topic: the interactive sculpting applied to CAE. The goal is to put in the hands of the designer a CAD tool that allow changing the shape of a component directly […]