New article: Theoretical Framework and Design of Mechanochemically Augmented Polymer Composites

Article: Manivannan, MS; Silberstein, MN; “Theoretical Framework and Design of Mechanochemically Augmented Polymer Composites”, Extreme Mechanics Letters, 19: 27-38 DOI Abstract: Interfacial debonding is an important failure mode for polymer composites. A novel approach for managing this ...
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September 4, 2018UncategorizedChemo-mechanical processes, Fiber reinforced material, Inclusions, Mechanophore, Self-healing, Self-reporting, solids

New article: Computational Investigation of Shear Driven Mechanophore Activation at Interfaces

Article: Manivannan, MS; Silberstein, MN; “Computational Investigation of Shear Driven Mechanophore Activation at Interfaces”, Extreme Mechanics Letters, 8: 6-12 DOI Abstract: Self-healing and self-reporting interfaces can alleviate damage related costs for both coatings and composites. ...
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March 24, 2017UncategorizedDouble-well, interface, Mechanochemistry, Molecular dynamics, Self-healing, Self-reporting, solids

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New article: Theoretical Framework and Design of Mechanochemically Augmented Polymer Composites

New article: Computational Investigation of Shear Driven Mechanophore Activation at Interfaces