A coupled thermo-viscoelastic-damage model of graded abradable coatings shows that periodic deposition-induced modulation increases damage, and that geometric tolerances create a right-skewed damage tail with a higher exceedance probability than a monotonic gradient.
Polymer Engineering & Science9(4), 295–310 (1969)
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Multiphysics Modeling of Thermo-Viscoelastic Damage in Functionally Graded Abradable Coatings with Probabilistic Geometric Tolerance Analysis
A coupled thermo-viscoelastic-damage model of graded abradable coatings shows that periodic deposition-induced modulation increases damage, and that geometric tolerances create a right-skewed damage tail with a higher exceedance probability than a monotonic gradient.