Fractional viscoelastic rough contact models reproduce logarithmic aging but erase prior memory and lack any decreasing contact area phase after unloading; this holds for all linear viscoelastic models, requiring additional local internal variables.
Journal of Applied Mechanics51(2), 294–298 (1984) https://doi
2 Pith papers cite this work. Polarity classification is still indexing.
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Extension of FHBVMs to multi-order fractional differential equations with a Matlab implementation for two orders.
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Evolution of the contact between rough viscoelastic solids after decreasing loads: memory erasure and monotonic increase
Fractional viscoelastic rough contact models reproduce logarithmic aging but erase prior memory and lack any decreasing contact area phase after unloading; this holds for all linear viscoelastic models, requiring additional local internal variables.
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A Multi-Order Extension of Fractional HBVMs (FHBVMs)
Extension of FHBVMs to multi-order fractional differential equations with a Matlab implementation for two orders.