Cédric Giry

Professor

EPF - Graduate School of Engineering

France

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Professor Cédric Giry is a faculty member at EPF - Graduate School of Engineering in France. His research areas encompass damage modeling in quasi-brittle materials, the shear behavior of masonry structures, and thermodynamic derivations of gradient-enhanced damage models. His recent publications focus on empirical and physics-based evaluations of historical masonry, as well as advanced modeling techniques in structural dynamics.

Articles (14)

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2025

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2025

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2024

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2024

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2023

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2023

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2022

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2022

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2022

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2022

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2022

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2021

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2021

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2021

Collaborators (1)

Philippe Guéguen

Université Savoie Mont-Blanc

FRANCE

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Cédric Giry

Research Interests

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Articles (14)

Exploring the shear behavior of masonry triplets via digital image correlation, damage quantification and Mohr-Coulomb criterion identification

Wave dispersion and bifurcation analyses of eikonal gradient-enhanced isotropic damage models

Eikonal gradient-enhanced regularization of anisotropic second-order tensorial continuum damage models for quasi-brittle materials

Differential geometry-based thermodynamics derivation of isotropic and anisotropic eikonal non-local gradient (ENLG) damage models using a micromorphic media framework

An Open Database to Evaluate the Fundamental Frequency of Historical Masonry Towers through Empirical and Physics-Based Formulations

Identification methods of material‐based damping for cracked reinforced concrete beam models

One-dimensional study of boundary effects and damage diffusion for regularized damage models

An orthotropic damage model with internal sliding and friction for masonry-like material

Finite element formulation of a homogenized beam for reticulated structure dynamics

Archaeoseismology in France: developments and new perspectives for cultural heritage preservation

Methodology for updating magnitudes assigned to historical earthquakes: application to the La Tour-du-Pin 1889 earthquake

Seismic energy dissipation in reinforced concrete beam: investigating damping formulations

A simplified non-linear modelling strategy to generate fragility curves for old masonry buildings

Coupled continuous–discrete formulation based on microplane and strong discontinuity models for representing non-orthogonal intersecting cracks

Collaborators (1)

Philippe Guéguen

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