Czech

Not applicable.

It is supposed the basic knowledge from hydromechanics, differential and integral calculus.

The course is finished with exam. The students have to proof their knowledge about lectured problems.

The aim of this course is to make the students knowledge deeper and wider in the field of fluid flow.
The student will be able to orient oneself in the different kind methods used for the numerical solution of fluid flow.

Not applicable.

Not applicable.

Brdička Miroslav, Samek Ladislav, Sopko Bruno: Mechanika kontinua. Academia (CS)
ALEKSEENKO, S. V., P. A. KUĬBIN a V. L. OKULOV. Theory of concentrated vortices: an introduction. New York: Springer, c 2007. ISBN 978-3-540-73375-1. (EN)
Lewis, R.,I.,: Vortex Emelent Methods for Fluid Dynamic Analysis of Engineering Systems (EN)
Kozubková Milada, Drábková Sylva, Šťáva Pavel: Matematické modely nestlačitelného a stlačitelného proudění. Metoda konečných objemů.. VŠB TUO, FS Ostrava (CS)
Kozubková Milada, Drábková Sylva: Numerické modelování proudění. FLUENT I. VŠB TUO, FS Ostrava (CS)

Not applicable.

20 hours, optionally

Introduction, basic of used mathematics, fundamental terms of hydromechanics. Non vortex and vortex flow of ideal and real fluid. Turbulent fluid flow and turbulent models. Methods used for solution of ideal and real fluid flow.