Gerard Vignoles

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University of Bordeaux

France

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Professor Gerard Vignoles is a faculty member at the University Bordeaux in France. His research primarily focuses on heat transfer in heterogeneous media, the mechanical properties of silicon carbide fibers, and the elastic behavior of pyrocarbons under high temperatures. Recent publications reflect a diverse range of interests, including the oxidation resistance of composites and innovative techniques in chemical vapor infiltration.

Recent Grants

Grant: Close

VIrtual Self-healing Composites for Aeronautic Propulsion – ViSCAP

Open Date: 2017-12-20

Close Date: 2021-12-19

Grant: Close

PyroMaN

Open Date: 2010-12-01

Close Date: 2014-11-01

Articles (16)

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2025

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2022

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2022

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Gerard Vignoles

Research Interests

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About

Recent Grants

Articles (16)

A full Monte-Carlo resolution scheme of a photon-phonon model for conducto-radiative heat transfer in heterogeneous media

Projecting the Long-Term Life of SiC Fibers to Low Stresses: The Competition Effect Between Slow Crack Growth and Oxidation Embrittlement

A molecular dynamics investigation of laminar pyrocarbons elasticity up to high-temperatures

Effect of the matrix volume fraction on the oxidation resistance of porous CVI-processed C/C composites

SiCf/SiC composites tolerance to high temperature combustion atmosphere and post ageing mechanical and microstructural characterisation

How is it possible to get optimal infiltration fronts during chemical vapor infiltration with thermal gradients ?

Polygranular image guided atomistic reconstruction: A parametric model of pyrocarbon nanostructure

Fluidized bed chemical vapor deposition of pyrocarbon on various types of powders: Heat and mass transfer analyses and nanotexture characterization

Gaseous fluidization of short fibers and powders, influence of temperature and pressure

Designing porous C/C composites for oxidation resistance with an analytical model based on the kinetic and architectural features of fibers and matrix

Mechanisms of elastic softening in highly anisotropic carbons under in-plane compression/indentation

Chemical Supercritical Fluid Infiltration of Pyrocarbon with Thermal Gradients: Deposition Kinetics and Multiphysics Modeling

Chemical Supercritical Fluid Infiltration of Pyrocarbon with Thermal Gradients: Deposition Kinetics and Multiphysics Modeling

A 2D image-based multiphysics model for lifetime evaluation and failure scenario analysis of self-healing ceramic-matrix mini-composites under a tensile load

Low pressure gas transfer in fibrous media with progressive infiltration: correlation between different transfer modes

Thermal History Mapping in Powder Bed Laser Sintering at the Micrometer Scale

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