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This study examines the applicability of Washburn’s law for predicting capillary rise in vegetal concretes, with a focus on practical applications. The findings contribute to the groundwork for service life modeling of these materials. Initial results demonstrate a strong correlation between the capillary rise predicted by Washburn’s law and experimental observations across four mixes of hemp shiv and rapeseed straw, both with and without a viscosity-modifying agent. However, discrepancies emerged during later stages of the experiments, attributed to the finite dimensions of the samples and gravitational effects.

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Prediction of Capillary Rise in Vegetal Concretes

  • 会议论文

  • 发表日期：

    2025年

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  • Joseph Sheridan,
  • Mohammed Sonebi,
  • Susan Taylor,
  • Sofiane Amziane

摘要

This study examines the applicability of Washburn’s law for predicting capillary rise in vegetal concretes, with a focus on practical applications. The findings contribute to the groundwork for service life modeling of these materials. Initial results demonstrate a strong correlation between the capillary rise predicted by Washburn’s law and experimental observations across four mixes of hemp shiv and rapeseed straw, both with and without a viscosity-modifying agent. However, discrepancies emerged during later stages of the experiments, attributed to the finite dimensions of the samples and gravitational effects.