TITLE : SLOSHING IN A ROLLING SHIP TANK

BY : CHAM Development Team - Liu Jun FOR : Demonstration Case

DETAILS :

• Two-Dimensional, Transient Flow
• Curvilinear(BFC) computational grid

NOTES :

• Simulation describes a Free Surface Case using the Scalar Equation Method
• Rolling of the Ships hull is simulated by modifying the gravity vector as a function of time

Computational Grid
Sloshing in a Rolling Tank at T = .139s
Sloshing in a Rolling Tank at T = .278s
Sloshing in a Rolling Tank at T = .417s
Sloshing in a Rolling Tank at T = .556s
Sloshing in a Rolling Tank at T = .834s
Sloshing in a Rolling Tank at T = .973s
Sloshing in a Rolling Tank at T = 1.112s