A Microstructure-Driven Arterial Representative Volume Element Framework Using Contrast-Enhanced Microfocus Computed Tomography for Constitutive Model Discovery

Wolfs, Hannes; Pétré, Maïté; Vervenne, Thibault; Gennart, Isabelle; Kerckhofs, Greet; Famaey, Nele

A Microstructure-Driven Arterial Representative Volume Element Framework Using Contrast-Enhanced Microfocus Computed Tomography for Constitutive Model Discovery

Wolfs, Hannes

;

Pétré, Maïté

;

Vervenne, Thibault

;

Gennart, Isabelle

;

Famaey, Nele

;et.al.

(2026) World Congress of Biomechanics — Location: Vancouver, BC, Canada (11.July.2026)

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Authors

Wolfs, HannesUCLouvain
Author
Pétré, MaïtéUCLouvain
Collaborator
Vervenne, ThibaultKU Leuven
Collaborator
Gennart, IsabelleUCLouvain
Collaborator
Kerckhofs, GreetUCLouvain
Collaborator
Famaey, NeleKU Leuven
Collaborator

Affiliations

UCLouvainSST/IMMC - Institute of Mechanics, Materials and Civil Engineering
UCLouvainSST/IMMC/MEED - Mechatronic, Electrical Energy, and Dynamics Systems
UCLouvainSSS/IREC/MORF - Pôle de Morphologie

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Wolfs, H. (2026, July 13). A Microstructure-Driven Arterial Representative Volume Element Framework Using Contrast-Enhanced Microfocus Computed Tomography for Constitutive Model Discovery. World Congress of Biomechanics, Vancouver, BC, Canada. https://hdl.handle.net/2078.5/279199