Skip to main content
European Commission logo print header

Advanced High-Order Simulation Methods for Industrial Applications

Project description

Setting the bar high when it comes to aerospace simulations

The trade-off between accuracy or resolution and computational 'load' of models and simulations is a key factor in model development. In other words, we need to capture the required resolution without resorting to increased computations (and time, data storage etc.) that do not enhance accuracy. Computational fluid dynamics (CFD) methods that address fluid flows are vital to sectors such as aerospace, chemical and process engineering, heating and cooling, and medicine. Current CFD rely on so-called lower order methods. However, there is an increasing demand from many industrial applications for high order methods (HOM) with greater resolution and fidelity. The EU-funded ASIMIA project is addressing this challenge, developing HOM for CFD simulations in the aerospace sector. The new methodologies will enhance predictive capabilities, thus improving designs and the success of prototypes and reducing the cost and time of development.

Objective

The ASIMIA technical objectives aim to improve the predictive capabilities of current aerodynamic simulation tools in industry, based on Computational Fluid Dynamics (CFD), by applying High Order Methods (HOM) instead of current second order approximations.
HOM for CFD has a strong potential towards higher reliability of the predicted results, leading to enhanced design process, lower costs and reduced time-to-market of challenging future designs.
It is generally considered that HOM could form the next generation of industrial CFD tools, but the competitiveness and adequacy of the HOM approaches for CFD has still to be demonstrated for industrial applications. ASIMIA aims at removing some of the current limitations for high-fidelity industrial applications, leading to a new generation of CFD tools with a high level of efficiency and maturity. NUMECA, an innovative SME acting as CFD and multiphysics software developer is joining with the Center for Numerical Simulation of the School of Aeronautics at Universidad Polytecnica Madrid (UPM) and three Industrial Partners from three different sectors, Aviation with AIRBUS, Car Aerodynamics with McLAREN F1 and Industrial Appliance Industry with DYSON, to lead 5 doctorates towards innovative simulation methods and relevant industrial applications.
In addition, ASIMIA will
• consolidate a joint PhD training program to foster research in the areas of contemporary fluid dynamics and multiphysics numerical simulation
• improve the transfer of knowledge between academia, SME's and industry, establishing a long- term collaboration and dissemination strategy
• enhance the preparation of highly trained and skilled young engineers to careers in the high-tech industries
• enhance researchers career perspectives in numerical simulation, through the transfer of developed algorithms into industrial CFD codes, learning hereby about the requirements of the software industry in terms of quality, robustness and reliability

æ

Coordinator

CADENCE DESIGN SYSTEMS BELGIUM
Net EU contribution
€ 640 800,00
Address
Chaussee de la hulpe 187-189
1170 Bruxelles / brussel
Belgium

See on map

Region
Région de Bruxelles-Capitale/Brussels Hoofdstedelijk Gewest Région de Bruxelles-Capitale/ Brussels Hoofdstedelijk Gewest Arr. de Bruxelles-Capitale/Arr. Brussel-Hoofdstad
Activity type
Private for-profit entities (excluding Higher or Secondary Education Establishments)
Links
Other funding
€ 0,00

Participants (1)

Partners (3)