Chemithermomechanical core compliance modeling predicts time-dependent box compression decay under changing humidity by coupling viscoelastic Prony series with shear kinematics.
Accelerated creep buckling protocols require cyclic humidity chambers and parallel platens to predict thin boxboard stacking failure under dead loads.
Dynamic mechanical analysis identifies hemicellulose moisture thresholds that prevent score cracking during high speed converting of mechanical pulp middle plies.
Dynamic mechanical analysis optimizes folding boxboard caliper retention by quantifying out-of-plane storage modulus decay in CTMP cores under high-speed converting loads.
Dynamic Mechanical Analysis reveals high-speed converting nips collapse high-bulk BCTMP middle plies, dropping bending stiffness up to twenty-six percent.
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