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Modeling the degradation of Portland cement pastes by biogenic organic acids
Laurent de Windt
,
Philippe Devillers
Journal articles
istex
hal-00557835v1
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Predicting the atmospheric carbonation of cementitious materials using fully coupled two-phase reactive transport modelling
Nicolas Seigneur
,
E. Kangni-Foli
,
Vincent Lagneau
,
A. Dauzères
,
Stéphane Poyet
,
et al.
Journal articles
hal-02456212v1
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Impact of a 70°C temperature on an ordinary Portland cement paste/claystone interface: An in situ experiment
Philippines Lalan
,
Alexandre Dauzères
,
Laurent de Windt
,
Danièle Bartier
,
Juuso Sammaljärvi
,
et al.
Journal articles
hal-01302708v1
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Modelling of the evolving contributions of gas transport, cracks and chemical kinetics during atmospheric carbonation of hydrated C3S and C-S-H pastes
Nicolas Seigneur
,
Laurent de Windt
,
Stéphane Poyet
,
Adrien Socié
,
Alexandre Dauzeres
Journal articles
hal-03753082v1
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Mineralogical and microstructural evolution of Portland cement paste/argillite interfaces at 70 °C – Considerations for diffusion and porosity properties
Philippines Lalan
,
Alexandre Dauzères
,
Laurent de Windt
,
Juuso Sammaljärvi
,
Daniele Bartier
,
et al.
Journal articles
hal-01884678v1
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Kinetics of lime/bentonite pozzolanic reactions at 20 and 50 °C: Batch tests and modeling
Laurent de Windt
,
Dimitri Deneele
,
Nicolas Maubec
Journal articles
hal-00958128v1
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Interactions between hydrated cement paste and organic acids: Thermodynamic data and speciation modeling
Laurent de Windt
,
Alexandra Bertron
,
S. Larreur-Cayol
,
Gilles Escadeillas
Cement and Concrete Research, 2015, 69, pp.25-36
Journal articles
hal-01108814v1
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