Investigations into rubbing wear behavior of honeycomb land against labyrinth fin with periodic-cell model
Xin Yan,
Haibo Wang,
Kun He
Abstract:The periodic-cell model was proposed to simulate the successive contacts between the labyrinth fin and multiple honeycomb cells. With the experimental data, the finite-element-analysis (FEA) method with the periodic-cell model was validated. The effects of incursion parameters (i.e. incursion depth, incursion rate and sliding velocity) on the contact force, frictional temperature, material loss, and worn geometry of the honeycomb seal during the incursion process were studied. With the predicted worn geometry,… Show more
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