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Multiscale investigation of Mullins damage in structural silicone adhesive: from microstructural evolution to macroscopic stress softening
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DOI：10.1016/j.polymer.2026.130404.png)
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Abstract
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• Quantitative characterization of statistical features of filler clusters and inhomogeneity of polymer matrix • Elucidation for Mullins effect of sequential damage mechanism evolution of filler-restricted polymer chains, polymer-filler interfaces and filler clusters • Direct evidence of polymer-filler superstructures for force transmission and reinforcement mechanisms revealed by microscopic force transmission paths • Conceptualization of parameterized multiphase RVE facilitating mechanism-based mechanical modeling
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