Hydrodynamic interactions between ships in narrow channels are important for studying purposes and practical tasks. The paper presents a theoretical basis for the interaction between ships in narrow channels to evaluate reciprocal actions between ships, the experimental results of real ships and data received applying calibrated simulators. The theory and experimental results displayed in the paper could be used for designing channels and evaluating navigational safety in narrow channels as well as for ship steering tasks in narrow channels
Hydrodynamic interaction effects are critical in congested and confined waters. Increase in speed an...
This paper describes a numerical program and experiments examining motions of waves for two ships in...
Underway replenishment is an essential component of long-term naval operations. During underway repl...
Hydrodynamic interactions between ships in narrow channels are important for studying purposes and p...
[Objectives] This paper researches the influence of hydrodynamic interaction between two parallel ve...
Due to the scale enlargement in the maritime fleet the accessibility of existing harbours worldwide ...
The hydrodynamic interaction between two vessels operating in close proximity can affect their safet...
In this paper, a boundary element programme MHydro, which is based on 3-D Rankine source method, was...
Interaction of two vessels during head-on encounter acts as short and strong force. Consequences can...
Abstract: This paper is mainly concerned with the interaction effects between two vessels and sidewa...
The hydrodynamic interaction between two or more ships in harbours or inland waterways is a classica...
The hydrodynamic interaction effects on a tug operating in close proximity to a larger vesselcan res...
Hydrodynamic interaction continues to be a major contributory factor in marine casualties and hazard...
ABSTRACTIn the present study, a numerical prediction method on the hydrodynamic interaction force an...
This report deals with a simplified method for calculating maneuvering hydrodynamic forces on a ship...
Hydrodynamic interaction effects are critical in congested and confined waters. Increase in speed an...
This paper describes a numerical program and experiments examining motions of waves for two ships in...
Underway replenishment is an essential component of long-term naval operations. During underway repl...
Hydrodynamic interactions between ships in narrow channels are important for studying purposes and p...
[Objectives] This paper researches the influence of hydrodynamic interaction between two parallel ve...
Due to the scale enlargement in the maritime fleet the accessibility of existing harbours worldwide ...
The hydrodynamic interaction between two vessels operating in close proximity can affect their safet...
In this paper, a boundary element programme MHydro, which is based on 3-D Rankine source method, was...
Interaction of two vessels during head-on encounter acts as short and strong force. Consequences can...
Abstract: This paper is mainly concerned with the interaction effects between two vessels and sidewa...
The hydrodynamic interaction between two or more ships in harbours or inland waterways is a classica...
The hydrodynamic interaction effects on a tug operating in close proximity to a larger vesselcan res...
Hydrodynamic interaction continues to be a major contributory factor in marine casualties and hazard...
ABSTRACTIn the present study, a numerical prediction method on the hydrodynamic interaction force an...
This report deals with a simplified method for calculating maneuvering hydrodynamic forces on a ship...
Hydrodynamic interaction effects are critical in congested and confined waters. Increase in speed an...
This paper describes a numerical program and experiments examining motions of waves for two ships in...
Underway replenishment is an essential component of long-term naval operations. During underway repl...