Analytical Solutions and Geometry of Steady inviscid rotating fluid flows
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we consider the inviscous fluids owing in the xy-plane, which is rotating about z-axis with uniform angular velocity. By using magnetic flux function approach the basic equations are written into convenient form. By assuming that the magnetic lines to be parallel straight lines, the geometry of streamlines and solutions to the flow variables are found. Finally the variation of pressure and coriolis force for various angular velocities of rotation have been analyzed graphically.
Abstract
we consider the inviscous fluids owing in the xy-plane, which is rotating about z-axis with uniform angular velocity. By using magnetic flux function approach the basic equations are written into convenient form. By assuming that the magnetic lines to be parallel straight lines, the geometry of streamlines and solutions to the flow variables are found. Finally the variation of pressure and coriolis force for various angular velocities of rotation have been analyzed graphically.
참고문헌 (12)
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