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Projects

DeGAtS

2024 - 2028

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Project supported by the french research agency Agence Nationale de la Recherche

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A methodology based on experimental and numerical tools will be developed to be able to conclude on the role of the density gradient of Citrus Maxima peel in its mechanical energy absorption properties and on the relevance of continuous density gradients in the energy absorption properties of bioinspired structures in dynamic regime.

CERAMOD2

Project supported by the CEA and the Région Nouvelle-Aquitaine

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Influence of the porosity rate and shape on the mechanical behavior of alumina under dynamic loadings

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Article: Influence of the microstructure on the compressive behaviour of porous aluminas: From microstructural characterisation to fracture mechanisms

2021 - 2024

Cellular Adhesives

2021 - 2024

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Mechanical behavior of thick cellular adhesives

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Article: A thick cellular structural adhesive: Identification of its behavior under shear loading

DEGAAS

2023

PEPS project supported by the CNRS-Ingénierie

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3D multi-scale characterization of the pomelo peel and mechanical characterization under dynamic loads

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Article: Influence of the loading regime on the uniaxial compressive behaviour of density graded Citrus Maxima peel

AUFRANDE

2023 - 2026

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Collaborative project  with Australian academic partners (UNSW) and industrial partners (Grims, Thiot and KNDS)

co-funded by the European Union

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Mechanical behavior of casted metallic architectured structures

under dynamic loadings

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PhD student: Manish Kumar

IPC

2023 - 2026

Collaborative project supported by the CEA

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Mechanical Behavior of Interpenetrating Phase Composites under Dynamic Loadings

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PhD student: Paul Jabin Echeveste

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