Thermodynamics 2 and Fluid Mechanics

The students shall acquire knowledge about heat and mass transfer, thermal engineering processes, and flow in pipes and channels. Theoretical and practical application of the course includes:
1. Energy quality, thermodynamic laws and their consequences, efficiency, thermodynamic loss,
2. Humid air and evaporation related to indoor air quality.
3. Flow in pipes and channels, Bernoulli’s equation, laminar and turbulent flow, pressure loss,
4. Pumps/fans, installed in parallel and in series, cavitation,
5. Heat transfer, thermal conduction, convection, heat radiation, heat resistance,
6. Heat exchangers, area, efficiency,
7. Combustion, chemical reactions, calorific value, excess air and environment,
8. Steam, use, processes.

Learning outcome
Knowledge:
-The candidate has knowledge of thermodynamics and Fluidmekanik both as
Theoretical and applied subjects.

Skills:
-The candidate can design and calculate piping systems and fan/pump capacity.
-The candidate may perform calculations for thermal conductivity, convection and radiation
-The candidate can perform calculations on chemical considerations of combustion processes.
-The candidate may perform calculations for processes in the steam-chart.
-Candidate can design heat exchanger systems and calculate
Heat transfer between hot and cold fluid in heat exchangers.
-The candidate may perform calculations on relative humidity and moisture transport in various processes.

Lectures, exercises and possibly fieldwork. Possibly visit(s) at construction site and companies. Self-study.