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ThermiqueSciences de l'Ingénieur 5 (MRI)
Thermal Engineering
Séquencement
Learning objectives
Study the three basic methods of heat transfer and their integration into the thermal balance of a system. Present and apply heat balance resolution methods for one-dimensional problems.
Prerequisites
| Module | Teaching unit | Semester |
|---|---|---|
| Mathematics 1.1 | Basic Sciences 1 | S1 |
| Mathematics 1.2 | Basic Sciences 1 | S1 |
| Thermodynamics 1 | Optional Constitutive Elements 1 | S1 |
| Fluid Mechanics | Engineering Sciences 5 | S5 |
Program
General definitions – Transfer modes and thermal balance equation: integral and local forms. Heat equation in continuous operation: thermal resistance, fins, active systems. Radiation transfer. Determination of conducto-conductive exchange coefficient h: correlation method. Introduction to variable conduction heat transfer: Biot and Fourier numbers, characteristic times.
Assessment
Final review
References
"Thermal transfers: summary of lessons, corrected problems", Bruno CHERON, Ellipses. "Thermal transfers: Initiation and deepening", Jean-François SACADURA, Tec & Doc – Lavoisier. " Heat transfer", Jean TAINE , Estelle IACONA , Franck ENGUEHARD, Dunod. " Introduction to thermal transfers", Jean-Luc BATTAGLIA, Andrzej KUSIAK, Jean-Rodolphe PUIGGALI, Dunod
Skills
3| Ref. | Verb | Description | Level |
|---|---|---|---|
| C1_1 | recognize | basic concepts of the three heat transfer modes and their importance for a given problem | 1 |
| C2_1 | analyze | a concrete problem in order to translate it into elementary models | 3 |
| C2_2 | calculate | the magnitudes involved by a one-dimensional approach | 3 |