Thermodynamics and heat transfer

Thermodynamics and Heat Transfer (collectively also referred to as thermomechanics) have a tremendous impact on everything around us—from power plants and building heating and air conditioning to body thermoregulation in winter.

In this course, we will learn how to apply theoretical knowledge of thermomechanics to practical problems, such as designing an energy-efficient house or reducing heating costs in an apartment. We will also explore how engineering calculations in this field are performed, both using equations and specialized software.

Additionally, you’ll discover plenty of intriguing (but possibly useless) facts, such as why elephants have big ears and how an umbrella can keep you warm even if it’s not raining. We may even try a few experiments!

Course Topics:
1. Basic thermodynamic quantities and laws
2. The operation of power plants and thermal machines
3. An overview of the energy sector
4. Fundamentals of heat transfer
5. Designing an energy-efficient building, heat pumps, and air conditioning
6. Demonstration of calculations using differential equations and specialized software

Adam Palouda

Adam loves explaining things and never hesitates to use a compelling analogy or a practical example. During his mechanical engineering studies at the Brno University of Technology, he developed an interest in nuclear energy, which he is currently deepening in his role as a researcher at the Nuclear Research Institute in Řež. His main expertise lies in the design of heat exchangers and numerical simulations of fluid flow and heat transfer. Previously, he worked on the production of electron microscopes at Thermo Fisher Scientific and designed instruments for the Institute of Physical Engineering at BUT. His interests include 3D printing, woodworking (engraving, inlaying, turning) and metalworking (welding), upcycling, playing the ukulele and the pan flute, handball, and weight training.