
Constitutive Shear Strain Localization and Interface Debonding in Multilayer Polymer Creases
Shear strain localization in multilayer polymer creases drives interfacial debonding, manageable through optimized matrix clearance and tie-layer adhesion.

Shear strain localization in multilayer polymer creases drives interfacial debonding, manageable through optimized matrix clearance and tie-layer adhesion.

Modifying creasing matrix channel width and male rule tip radius prevents polymer film elongation cracking and maintains gas barrier integrity across folded scores.

Rapid shear creasing requires tailored interply delamination toughness to prevent liner fracturing while reducing folding torque on high-speed lines.
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