Proposed workshop: Computational modelling applied to ERF/MRF - - PowerPoint PPT Presentation
Proposed workshop: Computational modelling applied to ERF/MRF (Jan/Feb 2019) Eng. Sandro Scattareggia Marchese (PhD) CEO Signo Motus srl 40th CapTech Materials & Structures Meeting EDA, Brussels (BE) 24-25 May 2018 Proposed Approach
40th CapTech Materials & Structures Meeting – EDA, Brussels (BE) 24-25 May 2018
Proposed workshop: Computational modelling applied to ERF/MRF (Jan/Feb 2019)
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Proposed Approach
Key Area 1: to develop/optimize computational methods, design and software tools for prediction of the properties and behaviour of materials, structures and particle interaction. Key Area 2: characterized by the experimental phase necessary to allow the synthesis/production of materials. Key Area 3: to characterize materials obtained in Key Area 2 Key Area 4: to design, develop and test target applications tailored to the military sector (expected results of the research) based on the manufactured materials.
Materials Synthesis/ Production Computational Design and Materials Modelling Target Application (Design, Modelling, Simulation, Prototyping & Testing) Materials Characterization 1 2 4
Key Area 1
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Key Area 2 Key Area 3 Key Area 4
Potential research programme in the field of "Computational Design and Materials Modelling"
Currently identified materials: ElectroRheological Fluids (ERFs) & MagnetoRheological Fluids (MRFs). Additional materials can be added by the interested parties (e.g. shear thickening fluid - STF)
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Sandro Scattareggia Marchese Signo Motus srl - Managing Director Via Panoramica 340 98168 – Messina (ME) Tel: +39 (0)90 355645 Tel: +39 (0)90 357028 Fax: +39 (0)90 356913 sandroscattareggia@signomotus.it
www.signomotus.it
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