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Official PDF TranslationJournal of Central South University

Undrained mechanical behavior of unsaturated completely weathered granite: Experimental investigation and constitutive modeling

Authors: DU Shao-hua; MA Jin-yin; RUAN Bo; WU Gen-shui; ZHANG Rui-chao

DOI: 10.1007/s11771-025-5986-3Status: Verified Translated Edition
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Key Findings in This Report

• Unconfined compression tests on unsaturated completely weathered granite reveal diverse stress-strain behaviors (brittleness, softening, ductility) controlled by moisture content and dry density. • Unconfined compressive strength increases to an optimum at ~10.5% moisture content, then declines sharply beyond a critical value of 13.0%. • Shear failure dominates the deformation and fracture of CWG specimens, with ultimate failure modes governed primarily by moisture content rather than dry density. • A novel damage-based constitutive model accurately replicates the undrained mechanical behavior and quantitatively captures key mechanical indexes.