Abstract: Physical experiments were carried out to measure the wave force on the vertical walls of perforated breakwater considering several phases of a wave acting on the breakwater. The maximum horizontal wave force acting on each vertical wall was compared between single and double chamber caisson breakwater. The experimen-tal data in this study showed that the total horizontal wave force for double chamber caisson was 9.6 % smaller on average than that for single chamber caisson when the total chamber width was the same for both caissons. Such reduction of the wave force is due to the dissipation of wave energy at the porous middle wall, which is locate
This note presents wave flume experiments, carried out at Aalborg University, measuring the horizont...
The analytical solutions of wave induced horizontal and vertical forces on perforated caissons resti...
Spatial coherence of wave impact pressures at a vertical breakwater in multidirectional seas is stud...
In this study, the effect of wave chamber slab on wave pressure along the first and second wall of t...
This paper presents a physical model study of wave induced forces on a composite vertical breakwater...
The aim of this note is to develop a method for describing the horizontal wave force applied to vert...
Determinación de las fuerzas y esfuerzos horizontales sobre un nuevo cajón denominado Apolonio. A n...
A Jarlan-type perforated caisson consisted of a perforated front wall, a solid rear wall, and a wave...
This paper addresses wave forces applied to vertical caisson breakwaters. Design diagrams are propos...
This paper addresses wave forces applied to vertical caisson breakwaters. Design diagrams are propos...
Recently, a perforated caisson breakwater with turning wave blocks was developed to improve the wate...
This work studies the horizontal and uplift pressure distributions over a caisson founded on porous ...
The existing breakwater at Civitavecchia Harbour, Italy, will be extended with a part of caissons. I...
The present study intends to assess the stability and energy dissipation performances of a breakwat...
This note presents wave flume experiments, carried out at Aalborg University, measuring the horizont...
This note presents wave flume experiments, carried out at Aalborg University, measuring the horizont...
The analytical solutions of wave induced horizontal and vertical forces on perforated caissons resti...
Spatial coherence of wave impact pressures at a vertical breakwater in multidirectional seas is stud...
In this study, the effect of wave chamber slab on wave pressure along the first and second wall of t...
This paper presents a physical model study of wave induced forces on a composite vertical breakwater...
The aim of this note is to develop a method for describing the horizontal wave force applied to vert...
Determinación de las fuerzas y esfuerzos horizontales sobre un nuevo cajón denominado Apolonio. A n...
A Jarlan-type perforated caisson consisted of a perforated front wall, a solid rear wall, and a wave...
This paper addresses wave forces applied to vertical caisson breakwaters. Design diagrams are propos...
This paper addresses wave forces applied to vertical caisson breakwaters. Design diagrams are propos...
Recently, a perforated caisson breakwater with turning wave blocks was developed to improve the wate...
This work studies the horizontal and uplift pressure distributions over a caisson founded on porous ...
The existing breakwater at Civitavecchia Harbour, Italy, will be extended with a part of caissons. I...
The present study intends to assess the stability and energy dissipation performances of a breakwat...
This note presents wave flume experiments, carried out at Aalborg University, measuring the horizont...
This note presents wave flume experiments, carried out at Aalborg University, measuring the horizont...
The analytical solutions of wave induced horizontal and vertical forces on perforated caissons resti...
Spatial coherence of wave impact pressures at a vertical breakwater in multidirectional seas is stud...