Finite Element Model of Rock Obstruction on Overtopping at the Coastline

Wave overtopping is a common phenomenon that occurs during extreme sea conditions, where water waves travel over the surface of an open structure towards and pass its crest. To prevent flooding coastal erosion, rock structures are often constructed as wave barriers along shore. These serve solution to mitigate overtopping. One key factors influencing arrival continuous sufficiently high-water can through top defense structures. Several phase settlement methods have been developed applied analyze using Navier-Stokes (NS) equation. By employing finite element method, numerical solutions simulations sought by inputting specific parameter values. This process aims validate accuracy resulting mathematical model. accomplish this, program based on discretization model, enabling system analysis approach. The obtained results exhibit minimal error values, thereby demonstrating optimal outcomes in terms placement. entire fluid mechanics simulated COMSOL Multiphysics 5.6 program, which provides comprehensive platform for studying evaluating performance barrier system