This paper focuses on theoretical investigations of the location of a separation point laminar boundary layer on the surface of a circular cylinder. The investigations were carried out by CFD software FlowSimulation. The displacement of the separation point on the surface of the circular cylinder is achieved by installing a flat plate in front of the cylinder parallel to the flow. It was found that the greatest displacement of the separation point to the back of the cylinder is possible when the chord of the plate equals to a quarter of the diameter of the circular cylinder. The flat plate allows not only to change the position of the separation point but also to reduce the drag by about 25%
Includes bibliographical references (pages 57-58)A finite difference technique that uses a\ud coordi...
Boundary layer separation negatively influences the performance of aerospace vehicles, for example, ...
The main objective of this study is to assess the effectiveness of attached permeable plates in supp...
The article describes experimental investigation of a method of reducing the drag of a circular cyli...
Reducing drag force over non-streamlined bodies and controlling shedding of vortices behind them has...
Splitter plates are passive flow control devices for reducing drag and suppressing vortex shedding f...
In this paper, the wake control of a circular cylinder by dual plates symmetrically attached at the ...
In this study, the flow characteristic of the circular cylinder was placed vertically in channel whi...
In this paper, an experimental study on flow control around a circular cylinder with splitter plate ...
A number of different studies were reviewed to investigate the functionality of splitter plates for ...
The study of boundary layer separation control using cylinder based at the leading edge o...
Experimental results of flow around a circular cylinder with moving surface boundary-layer control ...
The file attached to this record is the author's final peer reviewed version. The Publisher's final ...
This thesis presents an experimental investigation on the drag of typical two-dimensional bluff bodi...
Abstract approved (Major professor) An investigation was made to test the method of Head on the flow...
Includes bibliographical references (pages 57-58)A finite difference technique that uses a\ud coordi...
Boundary layer separation negatively influences the performance of aerospace vehicles, for example, ...
The main objective of this study is to assess the effectiveness of attached permeable plates in supp...
The article describes experimental investigation of a method of reducing the drag of a circular cyli...
Reducing drag force over non-streamlined bodies and controlling shedding of vortices behind them has...
Splitter plates are passive flow control devices for reducing drag and suppressing vortex shedding f...
In this paper, the wake control of a circular cylinder by dual plates symmetrically attached at the ...
In this study, the flow characteristic of the circular cylinder was placed vertically in channel whi...
In this paper, an experimental study on flow control around a circular cylinder with splitter plate ...
A number of different studies were reviewed to investigate the functionality of splitter plates for ...
The study of boundary layer separation control using cylinder based at the leading edge o...
Experimental results of flow around a circular cylinder with moving surface boundary-layer control ...
The file attached to this record is the author's final peer reviewed version. The Publisher's final ...
This thesis presents an experimental investigation on the drag of typical two-dimensional bluff bodi...
Abstract approved (Major professor) An investigation was made to test the method of Head on the flow...
Includes bibliographical references (pages 57-58)A finite difference technique that uses a\ud coordi...
Boundary layer separation negatively influences the performance of aerospace vehicles, for example, ...
The main objective of this study is to assess the effectiveness of attached permeable plates in supp...