Hydrodynamic Pressure and Velocity Distributions in the Interlayer Crack of Ballastless Track under High-Speed Train Load: A Theoretical Analysis

<div>Development process of water damage: (a) surface crack; (b) interlayer crack; (c) oozing slurry at sleeper; (d) oozing slurry in interlayer crack; (e) sleeper loosening; (f) void under track bed.</div>

Mathematical Problems in Engineering

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Figure 1

Figure 1: Hydrodynamic Pressure and Velocity Distributions in the Interlayer Crack of Ballastless Track under High-Speed Train Load: A Theoretical Analysis 

Figure 1 | Hydrodynamic Pressure and Velocity Distributions in the Interlayer Crack of Ballastless Track under High-Speed Train Load: A Theoretical Analysis 