Transfert de chaleur S3
ECOLE Sup Ingénierie ST L2 · DEUXIEME ANNÉE L2
4 chapitres · 9 séances · 4 vidéos · 2 quizs
Description à venir.
Au programme
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Chapter 1: Introduction and Fundamentals, " Introduction et notions fandamentales"
Par Mme asma
This introductory chapter establishes the essential conceptual and mathematical foundations for the study of heat transfer. The primary objective is to understand how and at what rate thermal energy moves through matter as a result of a temperature gradient. After defining key physical quantities (temperature, heat, heat rate, and heat flux), the chapter introduces the three fundamental modes of heat transfer: conduction (Fourier’s law), convection (Newton’s law of cooling), and radiation (Stefan-Boltzmann law). Finally, the formulation of an energy balance over a control volume illustrates the principle of conservation of energy, serving as the cornerstone for analyzing more complex thermal systems. Keywords: Thermal energy, Heat flux, Conduction, Convection, Radiation, Energy balance, Temperature gradient.
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cours 1
- Vidéopartie 1
- QuizQUIZ 1 en Français
- VidéoPartie 02
- VidéoPartie 03
- QuizQuiz in english
- VidéoPartie 4
- TD 1
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cours 1
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Chapter 2: Thermal Conduction "conduction thermique"
Par Mme asma
- Introduction and Fundamentals
- TD 2 "Introduction and Fundamental Concepts"
- General Conduction Equation " Heat Equation " l'équation de chaleur
- TD3 "General Conduction Equation"
- One dimensional (1D) Steady "state" Conduction
- TD 4
- Extended Surfaces "les aillettes"
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Chapitre 03: Thermal convection "convection thermique"
Par Mme asma
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Chapitre 03: Heat transfer By Radiation " Rayonnement"
Par Mme asma