Many offshore and harbor structures are composed of cylindrical members. In this paper, the special case of shoaling breaking wave loads on a vertical cylinder is investigated in a tank. A segmented cylinder model with outer diameter of 0.204m and total height of 1m was built and tested. Also a 1:20 slope ramp was constructed in the tank to provide the shoaling effect. During the experiments the total force on each segment of the cylinder was measured and the water surface elevations at the cylinder and in deep water were also recorded. Studies on wave shapes and wave loads are presented here
This paper discusses wave loadings on vertical and composite walls, and related maritime / coastal s...
This paper provides new guidance concerning the hydrodynamic loads on submerged intake structures lo...
The interaction of breaking waves with marine structures involves complex free surface deformation...
AbstractCoastal and offshore structures consist of slender cylindrical member as the fundamental com...
In some locations, the best way to create a deep water port is to construct on off-shore berth which...
59-65This paper presents the results of an experimental investigation of the wave-induced forces ac...
This paper experimentally studies the local and global loads acting on a rigid cylinder subjected to...
The open-source CFD model REEF3D is used to simulate plunging breaking wave forces on a vertical cyl...
Vertical breakwaters and sea walls are frequently used structures to protect ports from sea actions ...
The load of breaking waves distinguishes from the impact of non- breaking waves in the superposition...
AbstractOffshore wind turbine substructures consisting of cylindrical members are exposed to highly ...
This paper analyses the results of two series of experiments concerned with the response of a single...
This thesis investigates water particle kinematics and the wave forces exerted on a slender rigid ve...
Offshore wind turbine substructures consisting of cylindrical members are exposed to highly non-line...
This paper presents the results of an experimental investigation on wave forces on a vertical cylind...
This paper discusses wave loadings on vertical and composite walls, and related maritime / coastal s...
This paper provides new guidance concerning the hydrodynamic loads on submerged intake structures lo...
The interaction of breaking waves with marine structures involves complex free surface deformation...
AbstractCoastal and offshore structures consist of slender cylindrical member as the fundamental com...
In some locations, the best way to create a deep water port is to construct on off-shore berth which...
59-65This paper presents the results of an experimental investigation of the wave-induced forces ac...
This paper experimentally studies the local and global loads acting on a rigid cylinder subjected to...
The open-source CFD model REEF3D is used to simulate plunging breaking wave forces on a vertical cyl...
Vertical breakwaters and sea walls are frequently used structures to protect ports from sea actions ...
The load of breaking waves distinguishes from the impact of non- breaking waves in the superposition...
AbstractOffshore wind turbine substructures consisting of cylindrical members are exposed to highly ...
This paper analyses the results of two series of experiments concerned with the response of a single...
This thesis investigates water particle kinematics and the wave forces exerted on a slender rigid ve...
Offshore wind turbine substructures consisting of cylindrical members are exposed to highly non-line...
This paper presents the results of an experimental investigation on wave forces on a vertical cylind...
This paper discusses wave loadings on vertical and composite walls, and related maritime / coastal s...
This paper provides new guidance concerning the hydrodynamic loads on submerged intake structures lo...
The interaction of breaking waves with marine structures involves complex free surface deformation...