Real Fluid Dynamics

Lectures and seminars

The content of the course is to acquaint students with the theory of fluid flow in three-dimensional space and specify resolution of laminar and turbulent flow in terms of the physical nature of a mathematical description. There will be resolved foundations of the theory of stability. One part of application is focused on the boundary layer theory and special cases of the flow in simplified geometries. As the practical example of the numerical modeling will be solved the air flow around the airfoil with different boundary conditions.

 Students completing the course, will be able to use the knowledge and skills in problems:

• Specify laminar and turbulent flow, including mathematical models.
• Solve problems flow (velocity profiles and pressure losses) in simplified geometries.
• Define the boundary layer for fluid (air) flow around the plate or other bodies (cylinder, wing).
• Identify areas of flow separation.
• Orient themselves in methods of dealing with turbulent flow.