| Source DB | nl |
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| Institution | KU Leuven |
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| Code | 1abbd2ab-96d1-4686-b830-241bd2687072 |
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| Unit | 22358ad3-f0c0-4e35-88ca-7350f696036a
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| Begin | 9/1/2018 |
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| End | 8/31/2022 |
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| title fr |
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| title nl | MOR4MDesign - Model orde reductie voor efficiënt ontwerp op multi schalen, multi parameters, multi kenmerken en multi materialen
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| title en | MOR4MDesign - Model Order Reduction for efficient Multi-scale, Multi-parameter, Multi-attribute, and Multi-material design
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| Description fr |
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| Description nl | Dit project richt zich op de ontwikkeling van modelreductietechnieken voor de efficiente multi-schaal simulatie van meerdere attributen met een afhankelijkheid van meerdere ontwerp- en productieparameters. Sterkte, geluid en trillingen (NVH), en permeabiliteit zijn de attributen die beschouwd worden voor composieten, additief geproduceerde materialen en meta-materialen.
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| Description en | In a material-by-design approach numerical design tools are indispensable to harness the complex interactions of different parameters on different attributes over the range of relevant material scales. However, current multi-scale simulation methods lead to prohibitively large computational loads for practical design and validation applications. The development of model order reduction methods for the acceleration of these simulations is therefore indispensable for the further advancement of material-by-design applications.This project therefore aims to develop model order reduction techniques for efficient multi-scale simulation of multiple attributes with a dependency on multiple design and manufacturing parameters. Strength, noise-and-vibration and permeability characteristics will be considered for composites, additive manufactured materials and meta-materials.
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| Qualifiers | - composite - meta-materials - multi-scale - noise - permeability - reduction - simulation - vibration - |
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| Personal | Deckers Elke, Desmet Wim, Pluymers Bert |
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