Memphis team of Inria aims at a step change in numerical modeling for science and engineering. Thanks to these enablers they are able to transfer complexity handling from engineers to computers, providing fast, online numerical models for simulation.
The R&D team of Optimad has a long-standing experience in the development of ROMs and their application to real-life industrial test cases. As a highly-innovative and dynamic SME, Optimad acts as a technology translator between methodologies developed in academia and industrial needs and applicability.
Poliecnico di Torino has a long-standing expertise is in application of spectral tools such as wavelets to signal processing and partial differential equation, analysis of numerical methods for fluid dynamics, adaptive discretization methods for partial differential equations and Uncertainty Quantification
The MOX–Politecnico di Milano unit has a consolidated expertise in anisotropic mesh adaptation for Computational Fluid Dynamics problems and adaptive model reduction in the framework of a finite element approximation of Partial Differential Equations.
The SISSA mathLab group has gained a large expertise in the development of Reduced Order Model techniques with a focus in Computational Fluid Dynamics. The main aim is to improve the capabilities of the reduced order methodologies to deal with complex cases of practical industrial interest in a computationally efficient way.
ESTECO is an independent software provider, highly specialized in numerical optimization and simulation data management with a sound scientific foundation. ESTECO itself was born from a European project, so the participation in research projects provides a constant source of knowledge for our internal research and development teams
Nurea designs software simplifying surgeon decision process and patient follow-up. By automatizing medical images treatment and using powerful algorithms developed during more than 10 years of research, Nurea is able to provide new relevant information to the surgeons
Valorem is a vertically-integrated green energy operator, offering a range of renewable energy solutions while guiding and supporting local authorities and its partners at every stage of a project: surveys, development, financing, construction, operational oversight and maintenance
The Volkswagen brand is one of the world’s most successful volume carmakers. The Group’s core brand maintains facilities in 14 countries, where it produces vehicles for customers in more than 150 nations. The CAE Methods group members of VW who are participating in ARIA oversee the implementation of CFD optimization methods in the series development of the whole Volkswagen Group.
The activity of Virtualmech has always been related to the acquisition of research knowledge from the Applied Mathematics field. New and more advanced techniques allow us to seek for better projects and therefore improve the quality of our work and the services provided by the company.
The group M2S2M at USE has performed research in Applied Mathematics since 1982 especially focused on Computational Fluid Dynamics, dealing with numerical modeling of environmental flows (mainly oceanic and aero thermal flows), turbulence modeling, numerical analysis of state-of-the-art numerical methods, scientific computing and reduced order techniques.
IEFLUIDS is a spin-off from University of Trieste, specialized in developing numerical models for computational fluid dynamics, especially with LES. The company has a large experience in cooperating with public institutions, universities and
The Department of Mathematics and Physics at UCSC has experience on reduced order modelling in computational fluid dynamics, and in the development of open-source software for scientific computing and reduced order modelling.