This paper compares experimental results with numerical simulations using three different body-force propeller models. The results demonstrate that as long as the radial variation of axial and tangential momentum generated by the propeller are included, the influence of the unsteady propeller flow can be removed and calculations with a steady propeller model can be performed for the evaluation of the influence of the propeller on the rudder
The validation of a method for modelling the interaction between a rudder and propeller is the subje...
An experimental investigation has been carried out into the geometrical and flow parameters which co...
The proper evaluation of the Rudder–Propeller interactions is mandatory to correctly predict the man...
This paper compares experimental results with numerical simulations using three different body-force...
This paper addresses the problem of the numerical evaluation of the forces exerted by rudder/propell...
The axial forces in a propeller-rudder interactive system working in uniform flow are theoretically ...
A review is made of the physics of the flow between a rudder and propeller and the parameters govern...
textIn this thesis, a numerical approach based on a potential flow method has been developed in orde...
When designing a ship, it is important to estimate accurately the effects of propeller-rudder intera...
The results of wind tunnel experiments on typical ship rudders and propeller combinations are presen...
A numerical approach based on a potential flow method is developed to simulate the unsteady interact...
The purpose of this study is to consider propeller geometry and blade rotation in the propeller mode...
The use of an unsteady computational fluid dynamic analysis of the manoeuvring performance of a self...
A numerical study of the interaction between the hull, propeller and rudder is presented in this pap...
The purpose of this study is to investigate the feasibility of a simple but robust approach for the ...
The validation of a method for modelling the interaction between a rudder and propeller is the subje...
An experimental investigation has been carried out into the geometrical and flow parameters which co...
The proper evaluation of the Rudder–Propeller interactions is mandatory to correctly predict the man...
This paper compares experimental results with numerical simulations using three different body-force...
This paper addresses the problem of the numerical evaluation of the forces exerted by rudder/propell...
The axial forces in a propeller-rudder interactive system working in uniform flow are theoretically ...
A review is made of the physics of the flow between a rudder and propeller and the parameters govern...
textIn this thesis, a numerical approach based on a potential flow method has been developed in orde...
When designing a ship, it is important to estimate accurately the effects of propeller-rudder intera...
The results of wind tunnel experiments on typical ship rudders and propeller combinations are presen...
A numerical approach based on a potential flow method is developed to simulate the unsteady interact...
The purpose of this study is to consider propeller geometry and blade rotation in the propeller mode...
The use of an unsteady computational fluid dynamic analysis of the manoeuvring performance of a self...
A numerical study of the interaction between the hull, propeller and rudder is presented in this pap...
The purpose of this study is to investigate the feasibility of a simple but robust approach for the ...
The validation of a method for modelling the interaction between a rudder and propeller is the subje...
An experimental investigation has been carried out into the geometrical and flow parameters which co...
The proper evaluation of the Rudder–Propeller interactions is mandatory to correctly predict the man...