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May 15, 2014

RBF Morph at ANSYS Brazilian UGM 2014

ANSYS User Group Meeting – Brazil that will be take place as from 19th to 21st of May in Sao Paulo (Brazil). An excellent chance to learn more about RBF mesh morphing and to understand how ANSYS Fluent CFD solver capabilities can be extended in several fields: shape parameterization as a tool for optimization and […]

April 3, 2014

RBF Morph published on Newsletter Enginsoft Year 14 n.2

RBF Morph published on the Newsletter Enginsoft Year 14 n.2 an article on how the RBF Morph tool is able to reshape the CAE workflow by RBFs mesh morphing. Moreover, the Newsletter reports the announcement to Enginsoft’s users, customers, partners and followers that Enginsoft company entered in 2014 into the technical partnership already existing between RBF […]

April 3, 2014

RBF Morph invited at TechNet Alliance Spring Meeting 2014

Prof.Marco Evangelos Biancolini was invited to present RBF Morph at the “TechNet Alliance Spring Meeting 2014” that will be held in Malta on April 11th and 12th. This is the first important step of the new cooperation between RBF Morph/University of Rome Tor Vergata and Enginsoft. The TechNet Alliance was founded in 1998 by a group […]

April 3, 2014

Enginsoft, University of Rome Tor Vergata and RBF Morph commitment for the exploitation of mesh morphing technologies

We are very pleased to announce to our users, customers, partners and followers that Enginsoft company entered in 2014 into the technical partnership already existing between RBF Morph and University of Rome “Tor Vergata”. Such a strategic affiliation will enhance the integration of RBF Morph tool with commercial software products provided by Enginsoft with a twofold […]

February 9, 2014

Wind barriers optimisation using CFD and RBF mesh morphing

A remarkable research activity about wind barriers for ground traffic protection optimization is running at the University of Ljubljana. In strict cooperation with the University of Rome “Tor Vergata”, we have supported this study. RBF Morph allowed the parametrization of adjustable deflectors angles enabling a complex HPC optimization process. We see this result as an […]

January 27, 2014

RBF Morph at ANSYS Hall of Fame 2014

The University of Rome “Tor Vergata” in collaboration with RBF Morph participated to ANSYS Hall of Fame, the international competition promoted by ANSYS Inc. highlighting some of engineering’s most complex design challenges. The application submitted deals with the simulation of ice accretion on three-dimensional aircraft wings.

January 27, 2014

RBF Morph presentations at PRACE Autumn School 2013

The presentations held at the PRACE Autumn School on 23-27 September 2013 by the director of RBF Morph have been made available. The first one deals with an overview on mesh morphing with a specific focus on Radial Basis Functions (RBF) techniques and the industrial tool RBF Morph, whilst the second one concerns the hands-on […]

November 23, 2013

RBF Morph at IFASD 2013

An interesting paper involving the use of RBF Morph has been presented at the International Forum on Aeroelasticity & Structural Dynamics 2013 in Bristol UK. The paper “Collaborative HIRENASD analyses to eliminate variations in computational results” is available in the download area of this site or using a direct link. Abstract In this paper, the […]

November 12, 2013

RBF Morph wins Best Paper Award at ANSYS ASWC 2013

RBF Morph was awarded for the “Best Use of HPC” during the closing ceremony of the ANSYS Automotive Simulation World Congress 2013 in Frankfurt. The award is given in recognition of the paper: “Advanced Mesh Morphing for Automotive Applications using RBF Morph“, presented by Dr. Marco Evangelos Biancolini, University of Rome “Tor Vergata”, Rome (Italy).

November 12, 2013

RBF Morph published papers at ANSYS Italian UGM 2013

Two studies performed through the use of RBF Morph and presented at ANSYS Italian User Group Meeting 2013 were published. The first paper deals with aircrafts desing optimisation whilst the second one concerns the estimation of airfoil performances in presence of ice profile.