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Revealing chemomechanical transient behavior in sandy coral soil: how reactive microstructural evolution distorts cyclic liquefaction measurements
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DOI：10.1016/j.soildyn.2026.110465.png)
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Abstract
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• Chemomechanical transient behavior in coral sand is experimentally identified. • CO2–CaCO3 reactions create new pores, destabilizing saturation and test responses. • Transient behavior causes severe scatter and unsafe overestimation of Nc. • Extended back-pressure saturation stabilizes B-value and restores repeatability. • A practical protocol is proposed to obtain reliable liquefaction parameters.
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