Upon successful completion of this course, students will:
1. have a systematic understanding of the key aspects and concepts of computational fluid mechanics;
2. have a coherent knowledge of numerical simulation of industrial fluid flow, including novel aspects that lie at the forefront of the current mechanical engineering state-of-the art;
3. have the ability to apply their knowledge and understanding to identify, formulate, and solve problems of numerical simulation of industrial fluid flow using established methods;
4. have the ability to select and apply different methods of numerical discretization relevant to computational fluid mechanics;
5. have the ability to design and set up numerical simulations of realistic industrial flow problems, interpret the data, and draw conclusions;
6. have the ability to select and use the most appropiate computational fluid mechanics software and hardware to solve a certain industrial fluid flow problem;
7. have the ability to combine theoretical knowledge of fluid mechanics with computational methods to solve industrial fluid flow problems;
8. have a thorough understanding of the range of applicability and the limitations of the computational techniques used for the numerical simulation of industrial fluid flows.
