Advanced Fluid Dynamics

Exam Review Advanced Fluid Dynamics

14.10.2025       9 - 11.30 h

23.10.2025     13 - 15 h

28.10.2025       9 - 11.30 h

G14 - R110

Please bring your student ID.

 

(Note that all documents are only accessible through the official OvGU network; from outside, please use a VPN connection)

Documents

• PDF book (in English) connected to all Fluid Dynamics lectures of our group. It contains chapters describing all aspects considered during the Master’s lecture “Advanced Fluid Dynamics”
• A selection of Application exercises, basic and advanced 
• Book recommendations
• Supporting material (fluid properties, diagrams, correlations...), basic and advanced [in german]
• Former website of the lecture by Dr. Cleynen/Prof. Beck, with all related documents
• Take-home exercises and Solutions

Module name:

• Advanced Fluid Dynamics

Description:

Competences: During this Module the students will acquire competences concerning all issues related to Fluid Dynamics in the field of Chemical and Energy Engineering. In particular, they will learn when and how to use different forms of the Bernoulli equation to solve realistic flows, possibly involving losses and energy exchange. They will furthermore be able to distinguish between incompressible and compressible flows and to obtain relevant solutions for such flows in an autonomous manner.

Content:

1.            Introduction and basic concepts

2.            Important mathematical relations, material derivative

3.            Mass and momentum conservations equations

4.            Hydrostatics and aerostatics

5.            Bernoulli relation for ideal flows

6.            Bernoulli relation for viscous flows involving work exchange

7.            Force and torque induced by a flow

8.            Navier-Stokes equations for viscous flows

9.            Boundary layer

10.          Basics of compressible flows

11.          Shock waves

12.          Similarity theory

13.          Turbulent flows

 

Format:

• Lectures
• Application exercises

Conditions to participate

• Completed Mathematics and Physics lectures; Basics of Thermodynamics and Fluid Dynamics

Examination:

• Written examination, duration 120 min - 5 CP
• Permitted aids: non-programmable calculator

Responsible lecturer:

• Prof. Dominique Thévenin