Effects and Mechanisms of Surface Topography on the Antiwear Properties of Molluscan Shells (<i>Scapharca subcrenata</i>) Using the Fluid-Solid Interaction Method

<table>Different stress nephograms of the two models: (a) maximum principal stress of RMM; (b) maximum principal stress of CSM; (c) maximum shear stress nephogram of RMM; (d) maximum shear stress nephogram of CSM; (e) von Mises stress nephogram of the RMM; and (f) von Mises stress nephogram of the CSM.</table>

The Scientific World Journal

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Figure 11

Figure 11: Effects and Mechanisms of Surface Topography on the Antiwear Properties of Molluscan Shells (<i>Scapharca subcrenata</i>) Using the Fluid-Solid Interaction Method 

Figure 11 | Effects and Mechanisms of Surface Topography on the Antiwear Properties of Molluscan Shells (Scapharca subcrenata) Using the Fluid-Solid Interaction Method 