This paper concerns dynamic sinkage and trim of modern container ships. A review is made of changing container ship hull designs up to the present time, together with available model test data for sinkage and trim. Two potential flow methods (slender-body method and Rankine-source method) are discussed with reference to the model test results. It is shown that slender-body theory is able to give good predictions of dynamic sinkage and trim in wide canals or open water, while Rankine-source methods offer an accurate solution particularly for ships at high speed in narrow canals
This report deals with influence of trim quantity on maneuvering hydrodynamic forces in shallow wate...
This study investigates lateral restriction effects on squat based on a novel approach to calculate ...
A practical method — well suited for early ship design and hull form optimization — for estimatin...
This paper concerns dynamic sinkage and trim of modern container ships. A review is made of changing...
A new division of the Suez Canal in Egypt, termed the New Suez Canal, was opened for international n...
Upon entering shallow waters, ships experience a number of changes due to the hydrodynamic interacti...
The size of container ships has increased significantly over the past decades as shipping companies ...
A theoretical method is used to predict the sinkage and trim of two moving ships as they pass each o...
Upon entering shallow waters, ships experience a number of changes due to the hydrodynamic interacti...
Results are presented from a series of full-scale trials to measure the dynamic draught of containe...
A numerical investigation has been undertaken to study the impact of varying a container ship's prin...
As a ship approaches shallow water, a number of changes arise owing to the hydrodynamic interaction ...
This thesis deals with the squat of a moving ship; that is, the downward displacement and angle of ...
The problem of predicting ship squat in non-uniform water depth is studied in this paper. For transv...
The problem of predicting ship squat in non-uniform water depth is studied in this paper. For transv...
This report deals with influence of trim quantity on maneuvering hydrodynamic forces in shallow wate...
This study investigates lateral restriction effects on squat based on a novel approach to calculate ...
A practical method — well suited for early ship design and hull form optimization — for estimatin...
This paper concerns dynamic sinkage and trim of modern container ships. A review is made of changing...
A new division of the Suez Canal in Egypt, termed the New Suez Canal, was opened for international n...
Upon entering shallow waters, ships experience a number of changes due to the hydrodynamic interacti...
The size of container ships has increased significantly over the past decades as shipping companies ...
A theoretical method is used to predict the sinkage and trim of two moving ships as they pass each o...
Upon entering shallow waters, ships experience a number of changes due to the hydrodynamic interacti...
Results are presented from a series of full-scale trials to measure the dynamic draught of containe...
A numerical investigation has been undertaken to study the impact of varying a container ship's prin...
As a ship approaches shallow water, a number of changes arise owing to the hydrodynamic interaction ...
This thesis deals with the squat of a moving ship; that is, the downward displacement and angle of ...
The problem of predicting ship squat in non-uniform water depth is studied in this paper. For transv...
The problem of predicting ship squat in non-uniform water depth is studied in this paper. For transv...
This report deals with influence of trim quantity on maneuvering hydrodynamic forces in shallow wate...
This study investigates lateral restriction effects on squat based on a novel approach to calculate ...
A practical method — well suited for early ship design and hull form optimization — for estimatin...