# ING2044 Thermodynamics and Fluid Mechanics

## Course description for academic year 2017/2018

### Contents and structure

The two main topics are taught separatly, with their own compulsory work and exam.

Thermodynamics: work and heat, the first law of thermodynamics , working medium (ideal gas/water/refrigerants), phase diagram, reversible and irreversible processes, second law of thermodynamics, entropy, combustion, thermodynamic cycle (Carnot, Otto, Diesel, Rankine, gas turbine), cooling processes.

Fluid mechanics: fluid properties, buoyancy, flow of ideal fluids, laminar flow, turbulent flow, conservation of mass, conservation of energy (Bernoulie's theory), conservation of momentum, kinetic energy and momentum correction factor, cavitation.

### Learning Outcome

-Knowledge:

The student

- Can explain thermodynamic terms, quantities and functions.
- Can use thermodynamics 1st and 2nd law for simple closed and open systems.
- Can explain thermodynamic state diagrams.
- Can explain various properties of liquids and specify their technical impact.
- Can set up equations to describe the pressure variation in hydrostatic fluids.
- Can apply Archimedes principles for solving problems.
- Can describe characteristics of laminar and turbulent flow.
- Knows the basic equations for fluid flow-- such as conservation of mass, conservation of momentum, conservation of energy-- and can set up these equations to solve the problems.

-Skills

The student can

- Calculate heat and work for different types of processes.
- Use thermodynamics 1st and 2nd law to calculate basic processes in thermodynamics.
- Calculate energy utilization of simple technical processes.
- Formulate fluid mechanics equations(--such as conservation of mass, conservation of momentum and conservation of energy--) for simple systems for finding out velocity, pressure drop, reaction forces.
- Differentiate between laminar and turbulent flows.
- Calculate pressure variations in static fluids.
- Perform calculations with the help of Moody`s diagram for describting turbulent flows.

-General qualification:

The students:

- Will understand various properties of fluids and their importance.
- Can recognize principles of thermodynamic in usual combustion engines.
- May perform simple mathematical operations for solving fluid mechanics equations to understand flow and cavitation.

### Entry requirements

None.

### Recommended previous knowledge

Analysis and Linear Algebra, Physics, Chemistry with Environment Focus.

### Teaching methods

Lectures and workshop.

### Compulsory learning activities

Yes, one for each part:

1: Fluid mechanics (will be specified in the course plan by semester start)

2: Thermodynamics (will be specified in the course plan by semester start)

### Assessment

Part 1 Fluid Mechanics: Written exam, 4 hours, counts 50 % on the final mark,

Part 2 Thermodynamics: Written exam, 4 hours, counts 50 % on the final mark.

Both parts must be passed.

Grade: A-E/ passed; F/failed

### Examination support material

The University College¿s calculator (Casio fx-82Es) and the university college's Teknisk formelsamling (Pedersen, Gustavsen, Kaasa og Olsen) will be handed out during the exam.

More about examination support material