Course Page ✏️
- Fluid Mechanics
- Description
-
Fluid properties, statics, dynamics of fluids; lagrangian and eulerian description, Reynolds transport theorem; Bernoulli theorem; mass, momentum and energy conservation equations; viscous and non-viscous
flow; Pumps, turbines, flow in pipes and around submerged obstacles. - ECTS credits
- 6
- Teaching Language
- English
- Exam Language
- English
- Support Materials Language
- English
- Basic Learning Outcomes
-
- Knowledge of the basic principles of fluid mechanics (B11.1 - MEB - Knowledge of the basic principles of fluid mechanics)
- Applied knowledge of the basic principles of fluid mechanics for engineering problem-solving (B11.2 - MEB - Applied knowledge of the basic principles of fluid mechanics for engineering problem-solving)
- Calculation of pipes, channels, and fluid systems (B11.3 - MEB - Calculation of pipes, channels, and fluid systems)
- Final Learning Outcomes
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- Apply knowledge of Fluid Mechanics to the resolution of engineering problems (F11 - MEB - Apply knowledge of Fluid Mechanics to the resolution of engineering problems)
- Course categorized
- Managing Entity (faculty)