Student will be informed about the basics of radiant and other industrial heating systems

Heat conduction in rod. Heat conduction in plate with cylindrical heat sources. Thermal radiation. Large-space radiant heating. Heating with embedded pipes - Floor, Electric floor, Wall and Ceiling heating. Heating with suspended radiant strips. Heating with plague and tube gas radiant heaters. Combination of radiant heaters and heat recovery.

Practise: Heat conduction in rod. Heat conduction in plate with cylindrical heat sources. Thermal radiation. Large-space radiant heating. Heating with embedded pipes - Floor, Electric floor, Wall and Ceiling heating. Heating with suspended radiant strips. Heating with plague and tube gas radiant heaters. Combination of radiant heaters and heat recovery.

study materials made by a lecturer
· Hojer, O., Kabele, K., Kotrbatý, M.: Energy Efficient Heating and Ventilation of Large Halls. REHVA 2011.
ISBN 978-2-930521-06-0
· Siemens Switzerland Ltd: Introduction to building technology. ON 0-91916-en.10906
· Howell, R.L., Coad, W.J., Sauer, H.J.: Principles of Heating Ventilating and Air Conditioning. ASHRAE, Atlanta
2009. ISBN 978-1-933742-70-0

Following requirements are demanded:
Heat conduction in rod. Heat conduction in plate with cylindrical heat sources. Thermal radiation. Large-space radiant heating. Heating with embedded pipes - Floor, Electric floor, Wall and Ceiling heating. Heating with suspended radiant strips. Heating with plague and tube gas radiant heaters. Combination of radiant heaters and heat recovery.

Heating with embedded pipes - Floor, Electric floor, Wall and Ceiling heating. Heating with suspended radiant strips. Heating with plague and tube gas radiant heaters.