Fig. 14
![In phase and antiphase sloshing waves. Simulated interface shapes (top) and idealized circumferential wave contours (bottom). Adapted from Ref. [170].](https://asmedc.silverchair-cdn.com/asmedc/content_public/journal/appliedmechanicsreviews/70/2/10.1115_1.4038699/10/amr_070_02_020801_f014.png?Expires=1717054196&Signature=DI2n5XYIFWEEIpHjI8lxuDxpM3wYWJJSFUur7f9FDUVd-b9eWvVDzt20QaTUF84QqCw6OX0SBpkjBCFHDSYStcIwPJgSoMO9~FdHK-TpDysG9vYTCRzBlMTlZDhR5pLvH3LlVGvjiA0gw7nn2130hVWORn3qMdi0VxpGOsSx2szRZvJGIdgCI8Htssljr~AGxskbApg76WD9jStsgiD8jblVe5MPBxAP4UzJPqnV2~Fd4FPhuH2Jy2nn0S47hj9tUIYHCvEjCsNJyjgkEaYqtc3DwrJrA~Zn~5xsVD2ZlzPx3SUOKzUDLuu84olSKkZ0m9ZDqptMlrmaedoT31hMcQ__&Key-Pair-Id=APKAIE5G5CRDK6RD3PGA)
In phase and antiphase sloshing waves. Simulated interface shapes (top) and idealized circumferential wave contours (bottom). Adapted from Ref. [170].
In phase and antiphase sloshing waves. Simulated interface shapes (top) and idealized circumferential wave contours (bottom). Adapted from Ref. [170].
