A micromechanics-rheological approach to study the stiffening mechanism of hydrated lime in asphalt mastics

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Micromechanics approach shows the stiffening mechanism of hydrated lime in asphalt mastics, indicating its significant impact on material properties.

Main finding reveals that hydrated lime significantly enhances the stiffening of asphalt mastics.
Key evidence shows that the impact of hydrated lime is influenced by filler characteristics like surface area and density.
Approach includes fundamental and conventional lab experiments validating the micromechanics model with rheological data.
Significance lies in demonstrating the active role of hydrated lime, which can inform material selection in asphalt applications.

Muñoz et al. (2025) studied this question.

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View Full Paper

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Authors

Micromechanics approach shows the stiffening mechanism of hydrated lime in asphalt mastics, indicating its significant impact on material properties.

Main finding reveals that hydrated lime significantly enhances the stiffening of asphalt mastics.
Key evidence shows that the impact of hydrated lime is influenced by filler characteristics like surface area and density.
Approach includes fundamental and conventional lab experiments validating the micromechanics model with rheological data.
Significance lies in demonstrating the active role of hydrated lime, which can inform material selection in asphalt applications.

Muñoz et al. (2025) studied this question.

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