Heat Transfer

Anotace

Students will intimately learn about principles of heat interchange especially in relation to engineering design of industrial furnaces:

• Repetition the factors that are fundamental to understanding thermodynamics
• Basic Thermodynamic (extensive , intensive and specific) properties of fluids and solids
• Heat release at combustion gaseous fuel in air (Ignition, Conbustion, Combustion Equations, Products)
• Basics of heat transfers by steady heat flow
• Heat Transfer by Conduction
• Heat Transfer by Radiation (solids and gases)
• Heat Transfer by Convection (free, forced convenction, Newton's Law of Cooling)
• Basics of heat transfers by insteady heat flow

Povinná literatura

[1] Brunklaus,J.H. : Stavba průmyslových pecí. Praha: SNTL 1966
[2] Hottel,H.C.-Sarofim,A.F. : Přenos tepla zářením. Praha: SNTL 1979. 439s.
[3] Kremer,R.-Obroučka,K. : Ohřev kovů. Praha: SNTL,1974. 422s.
[4] Kutzendorfer,Z.-Máša,Z.: Žáruvzdorné tepelněizolační materiály :
INFORMATORIUM,1991. 268s.
[5] Vitásek,F.: Ohřev materiálu. Ostrava: VŠB,1974. 210s.

Doporučená literatura

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zpět na vyhledávání

Language of instruction	čeština
Code	340-0537
Abbreviation	ST
Course title	Heat Transfer
Coordinating department	Department of Machine and Industrial Design
Course coordinator	doc. Dr. Ing. Ladislav Kovář