This report deals with a two-dimensional model test study of the new breakwater for the Dubai Port terminal in Callao, Peru. Two cross-sections were tested namely the outer part of the breakwater (Section C) and a cross-section at the container terminal area (Section A). The length scale used for the model tests was 1:30. Unless otherwise specified all values given in this report are prototype values by assuming Froude scaling.This report deals with a two-dimensional model test study of the new breakwater for the Dubai Port terminal in Callao, Peru. Two cross-sections were tested namely the outer part of the breakwater (Section C) and a cross-section at the container terminal area (Section A). The length scale used for the model tests was 1...
The present report contains the results of a study of the stability and overtopping of the most exp...
This report deals with a two-dimensional model test study of the extension of the breakwater in Suap...
This paper discusses two 3D physical hydraulic model studies conducted in support of the design for ...
This report deals with a two-dimensional model test study of the new breakwater at Porto de Dande, A...
This report deals with a three-dimensional model test study of the extension of the breakwater in Su...
This report present the results of 3-D physical model tests (length scale 1:60) carried out in a wav...
This report present the results of 2-D physical model tests (length scale 1:42.5) carried out in a w...
A new deepwater port development at Punta Langosteira near La Coruña is under design. Shelter is pro...
This report deals with a 3-D model test study of the new breakwater at Porto de Dande, Angola. Part ...
The report contains a 3-dimensional model test study of the round head and outer part of the breakwa...
This report present the results of 3-D physical model tests (length scale 1:60) carried out in a wav...
The role of physical modelling in advancing port design is demonstrated by means of a case study in ...
"A two-dimensional hydraulic model study at a geometric scale of 1:42.2 was conducted to support the...
The role of physical modelling in advancing port design is demonstrated by means of a case study in ...
The present report presents results from a three-dimensional model test study carried out at Aalborg...
The present report contains the results of a study of the stability and overtopping of the most exp...
This report deals with a two-dimensional model test study of the extension of the breakwater in Suap...
This paper discusses two 3D physical hydraulic model studies conducted in support of the design for ...
This report deals with a two-dimensional model test study of the new breakwater at Porto de Dande, A...
This report deals with a three-dimensional model test study of the extension of the breakwater in Su...
This report present the results of 3-D physical model tests (length scale 1:60) carried out in a wav...
This report present the results of 2-D physical model tests (length scale 1:42.5) carried out in a w...
A new deepwater port development at Punta Langosteira near La Coruña is under design. Shelter is pro...
This report deals with a 3-D model test study of the new breakwater at Porto de Dande, Angola. Part ...
The report contains a 3-dimensional model test study of the round head and outer part of the breakwa...
This report present the results of 3-D physical model tests (length scale 1:60) carried out in a wav...
The role of physical modelling in advancing port design is demonstrated by means of a case study in ...
"A two-dimensional hydraulic model study at a geometric scale of 1:42.2 was conducted to support the...
The role of physical modelling in advancing port design is demonstrated by means of a case study in ...
The present report presents results from a three-dimensional model test study carried out at Aalborg...
The present report contains the results of a study of the stability and overtopping of the most exp...
This report deals with a two-dimensional model test study of the extension of the breakwater in Suap...
This paper discusses two 3D physical hydraulic model studies conducted in support of the design for ...