last modified:
This concerns a Course |
||||||||||||
ECTS credit points: 2 |
||||||||||||
Faculty of Mechanical Engineering and Marine
Technology |
||||||||||||
Section of Fluid mechanics |
||||||||||||
Lecturer(s): prof.dr.ir F.T.M. Nieuwstadt |
||||||||||||
Catalog data: |
Course year: |
BSc 1st year |
||||||||||
Course language: |
Dutch |
|||||||||||
In case of Dutch: Please contact the lecturer about an English
alternative, whenever needed. |
||||||||||||
Semester: |
1B |
|||||||||||
Hours per week: |
2 |
|||||||||||
Other hours: |
|
|||||||||||
Assessment: |
Written exam |
|||||||||||
Assessment period: |
2B / August |
|||||||||||
(see academic
calendar) |
|
|||||||||||
Prerequisites (course
codes): |
||||||||||||
Follow up (course
codes): |
||||||||||||
Detailed description
of topics:
In the course an
introduction is given to fluid mechanics based on the following topics
- Definition of a fluid
-
Fluid in rest (statics)
- Forces on bodies in a fluid in rest
- Integral balance
- The mass, momentum and energy balance for a one-dimensional flow
- The law of Bernouilli as an integral of the energy balance
-
Dimensional analysis and Buckingham's Pi theorem
During the lectures several demonstrations will be
given |
||||||||||||
Course material:
|
||||||||||||
References from
literature: |
||||||||||||
Remarks assessment,
entry requirements, etc.: |
||||||||||||
Learning goals:
|
||||||||||||
Computer use: |
||||||||||||
Laboratory project(s):
By means of internet home work problems are
given every week and the final grade of this
course partly depends on the scores obtained for these problems |
||||||||||||
Design content: |
||||||||||||