Course Syllabus

Course Information：

Year-Semester Course Number Course Name Phase Credits Hours Required/Elective Instructor Class Student NO. Withdraw Note

Spring Semester
Year 2023 316510 Heat Transfer 1 3.0 3 ★ Hua-Yi Hsu 4ME3A
4ME3B
4ME3C 68 0 機械三甲乙丙合開,限39人

Year-Semester	Course Number	Course Name	Phase	Credits	Hours	Required/Elective	Instructor	Class	Student NO.	Withdraw	Note
Spring Semester Year 2023	316510	Heat Transfer	1	3.0	3	★	Hua-Yi Hsu	4ME3A 4ME3B 4ME3C	68	0	機械三甲乙丙合開,限39人

Course Plan：

Instructor Hua-Yi Hsu　Office Hours

Email huayihsu@ntut.edu.tw

Last Updated 2022-12-20 09:57:26

Course Objective 先修課程：3002014或負責教授同意。一維及多維穩定態熱傳導及非穩定態熱傳導、對流原理、強迫對流及自然對流經驗和實驗關係式、輻射熱傳遞、凝結與沸騰、熱交換器、熱傳遞中的特殊論題。 Steady-State Conduction-One Dimension, Steady-State Conduction-Multiple Dimensions, Unsteady-State Conduction, Principles of Convection, Empirical and Practical Relations for Forced-Convection Heat Transfer, Natural- Convection Systems, Radiation Heat Transfer, Condensation and Boiling Heat Transfer, Heat Exchangers, Special Topics in Heat Transfer.

Course Schedule week 1 Heat transfer mechanisms, conservation of energy week 2 Introduction to conduction: Fourier’s Law, general heat conduction equation, boundary and initial conditions week 3 1D, steady-state conduction, heat generation in a solid, variable heat conductivity week 4 Thermal resistance network: multilayer plane walls, thermal contact resistance, cylinders and spheres, finned surfaces, conduction shape factor week 5 Transient conduction: lumped system analysis, large plane walls, spatial effects, semi-infinite solids, multidimensional systems week 6 Numerical methods: finite difference scheme, boundary nodes week 7 Convection: boundary layers, laminar and turbulent flow week 8 Nondimensionalized convection equations, similarity, friction and convection coefficients, analogies between momentum and heat transfer week 9 Midterm week 10 External forced convection: flat plate, cylinders, spheres, tube bundle week 11 Internal forced convection: general thermal analysis, laminar and turbulent flow in tubes week 12 Natural convection: governing equations, Grashof number, plane and finned surfaces, enclosures week 13 Boiling and condensation: boiling modes, pool boiling and flow boiling, film and dropwise condensation week 15 Heat exchangers: types, log mean temperature difference method week 16 Thermal Radiation: radiation intensity, blackbody radiation, emissivity, absorptivity, reflectivity, transmissivity week 17 View factor, diffuse and gray surfaces week 18 final

Evaluation and grading policy Flipped classroom: 30% Midterm: 35% Final: 35%

Materials All right reserved. Do not reproduce without permission.

Foreign-language textbooks:Yes
Fundamentals of Heat and mass transfer by Incopera

The access to curricular consultation huayihsu@mail.ntut.edu.tw

The course corresponds to the SDGs

Does the course incorporate AI

Note
因應疫情發展，將採用遠距方式google meet

Instructor	Hua-Yi Hsu　Office Hours
Email	huayihsu@ntut.edu.tw
Last Updated	2022-12-20 09:57:26
Course Objective	先修課程：3002014或負責教授同意。一維及多維穩定態熱傳導及非穩定態熱傳導、對流原理、強迫對流及自然對流經驗和實驗關係式、輻射熱傳遞、凝結與沸騰、熱交換器、熱傳遞中的特殊論題。 Steady-State Conduction-One Dimension, Steady-State Conduction-Multiple Dimensions, Unsteady-State Conduction, Principles of Convection, Empirical and Practical Relations for Forced-Convection Heat Transfer, Natural- Convection Systems, Radiation Heat Transfer, Condensation and Boiling Heat Transfer, Heat Exchangers, Special Topics in Heat Transfer.
Course Schedule	week 1 Heat transfer mechanisms, conservation of energy week 2 Introduction to conduction: Fourier’s Law, general heat conduction equation, boundary and initial conditions week 3 1D, steady-state conduction, heat generation in a solid, variable heat conductivity week 4 Thermal resistance network: multilayer plane walls, thermal contact resistance, cylinders and spheres, finned surfaces, conduction shape factor week 5 Transient conduction: lumped system analysis, large plane walls, spatial effects, semi-infinite solids, multidimensional systems week 6 Numerical methods: finite difference scheme, boundary nodes week 7 Convection: boundary layers, laminar and turbulent flow week 8 Nondimensionalized convection equations, similarity, friction and convection coefficients, analogies between momentum and heat transfer week 9 Midterm week 10 External forced convection: flat plate, cylinders, spheres, tube bundle week 11 Internal forced convection: general thermal analysis, laminar and turbulent flow in tubes week 12 Natural convection: governing equations, Grashof number, plane and finned surfaces, enclosures week 13 Boiling and condensation: boiling modes, pool boiling and flow boiling, film and dropwise condensation week 15 Heat exchangers: types, log mean temperature difference method week 16 Thermal Radiation: radiation intensity, blackbody radiation, emissivity, absorptivity, reflectivity, transmissivity week 17 View factor, diffuse and gray surfaces week 18 final
Evaluation and grading policy	Flipped classroom: 30% Midterm: 35% Final: 35%
Materials	All right reserved. Do not reproduce without permission. Foreign-language textbooks:Yes Fundamentals of Heat and mass transfer by Incopera
The access to curricular consultation	huayihsu@mail.ntut.edu.tw
The course corresponds to the SDGs
Does the course incorporate AI
Note	因應疫情發展，將採用遠距方式google meet