Heat Transfer Engineering

Course Information

College	Toyama College	Year	2019
Course Title	Heat Transfer Engineering
Course Code	0082	Course Category	Specialized / Elective
Class Format	Lecture	Credits	Academic Credit: 1
Department	Department of Mechanical Engineering	Student Grade	4th
Term	Second Semester	Classes per Week	後期:2
Textbook and/or Teaching Materials	教科書　伝熱工学の基礎（望月・村田共著，日新出版）
Instructor	Shirakawa Hidemi

Course Objectives

At the completion of this course, students will be able to
1) Understand heat transfer type.
2) Understand conductive heat transfer.
3) Understand convective heat transfer.
4) Understand radiative heat transfer.
Specifically, each item of the rubric below is the target.

Rubric

	Ideal Level of Achievement	Standard Level of Achievement	Unacceptable Level of Achievement)
Heat transfer type	Can understand the basic types of heat transfer, and explain the heat transfer mechanism of each type in detail.	Can understand the basic types of heat transfer, and explain the heat transfer mechanism of each type.	Can't explain the heat transfer mechanism.
Conductive heat transfer	Can understand conductive heat transfer, and solve application problems.	Can understand conductive heat transfer, and solve basic problems.	Can't understand conductive heat transfer, and solve basic problems.
Convective heat transfer	Can understand convective heat transfer, and solve application problems.	Can understand convective heat transfer, and solve basic problems.	Can't understand convective heat transfer, and solve basic problems.
Radiative heat transfer	Can understand radiative heat transfer, and solve application problems.	Can understand radiative heat transfer, and solve basic problems.	Can't understand radiative heat transfer, and solve basic problems.

Assigned Department Objectives

Learning and Educational Objectives of the “General Engineering” A-6 （核となる専門分野の既存技術を説明でき，社会から要求されている問題や実務上の問題を見出し設定することができる。）

JABEE 1(2)(d)(1) （専門工学（工学（融合複合・新領域）における専門工学の内容は申請高等教育機関が規定するものとする）の知識と能力）

JABEE 1(2)(e) （種々の科学、技術及び情報を活用して社会の要求を解決するためのデザイン能力）

Diploma policy 1 （機械を構成する材料の物性，製造方法，加工・生産技術や，機械設計に欠かせない材料，熱，流体，機械の力学，電気・情報処理など，幅広い知識と技術，応用力を身につけ，それらを応用したものづくりができる。）

Teaching Method

Outline:

The types of heat transfer are divided into conductive heat transfer, convective heat transfer, and radiative heat transfer. By understanding the heat transfer mechanism, for example, it is possible to calculate the heat transfer amount required for thermal equipment design. Therefore, this subject aims to help understand the effective utilization of thermal energy and to acquire the basic knowledge necessary for thermal equipment design.

Style:

This class will consist of lectures and exercises. Also, since we will give a report after class, solve the problems and please make sure you understand them before submitting them..

Notice:

Heat transfer engineering requires basic knowledge of thermodynamics and fluid engineering, so please review and deepen your understanding. Lesson plans may be changed according to the student's degree of understanding.

Course Plan

			Theme	Goals
2nd Semester
	3rd Quarter
		1st	Explanation of the class outline. Classification of heat transfer types.	The type of the heat transfer and mechanism of heat transfer can be understood.
		2nd	Fourier's law and thermal conductivity	Fourier's law and thermal conductivities can be understood.
		3rd	Basic equations of heat conduction	Fundamental equation of a heat conduction can be understood.
		4th	Stationary heat conduction (single layer flat plate)	Heat flow ratio, distribution of temperature and heat resistance can be calculated about steady state heat conduction of a single layer flat board.
		5th	Stationary heat conduction (multilayer flat plate)	Heat flow ratio, distribution of temperature and heat resistance can be calculated about steady state heat conduction of multi-metal offset plate.
		6th	Stationary heat conduction (cylinder)	Heat flow ratio, distribution of temperature and heat resistance can be calculated about steady state heat conduction of a cylinder and multilayer cylinder.
		7th	Newton's cooling law and heat transfer coefficient and heat passage rate	Newtonian cooling law and heat transfer rate can be explained.
		8th	Intermediate examination
	4th Quarter
		9th	Explanation of answer of intermediate examination and convective heat transfer (fluid flow and heat transfer)	Natural convection, compulsion convection, streamline flow, a turbulent flow, a temperature boundary layer, hydrodynamic boundary layer, local heat transfer rate and average heat transfer coefficient can be explained.
		10th	Forced convection heat transfer (flow along a flat plate)	Heat transfer relational expression about a flow along a flat board can be used.
		11th	Forced convection heat transfer (flow in the circular pipe and flow around the circular tube group)	Heat transfer relational expression about the flow a circular jurisdiction can be used.
		12th	Natural convection heat transfer	Heat transfer relational expression about natural convection can be used.
		13th	Unsteady heat conduction and enlarged heat transfer surface	Unsteady heat conduction and extended heat transfer surface can be explained.
		14th	Radiative heat transfer	A definition of a black bodies can be explained. Planck's law, Stefan-Boltzmann's law of radiation and Wien displacement law can be explained. The monochromatic radiation rate and the whole radiation rate can be explained.
		15th	Term-end examination
		16th	Explanation of answer of term-end examination and questionnaire

Evaluation Method and Weight (%)

	Examination	Report	Total
Subtotal	70	30	100
Understanding degree	70	30	100