Laminar flow over a flat plate (Blasius solution). 2. Laminar flow around a two-dimensional body (V. Karman - Pohlhausen Theory). Flow separation. 3. Drag (form-friction). 4. Turbulent flow fields. 5. Boundary layer control with fluid removal. 6. Homogeneous flows.
- Teacher: Δημήτρης Μαθιουλάκης
- Teacher: Χρήστος Μανόπουλος
ECTS : 5
Language : el
Learning Outcomes : Within the framework of the course, students learn in greater depth the concepts of Fluid Mechanics by examining various cases of coherent incompressible steady and unsteady flows with analytical solutions, emphasizing the physical significance of the solutions. Upon successful completion of the course, the student will be able to: - Solve the coherent flow around two-dimensional bodies and calculate the forces exerted by the fluid on them. - Know various cases of unsteady internal and external flows with applications in biofluid mechanics and aerodynamics. - Know the flow of a fluid jet related to ventilation and air conditioning issues. - Know the basic parameters of natural convection problems. - Know the basic operation of flow control in applications for reducing drag and the recirculation zone.