[Suggesting Problems for Final Exam]

Ch.9: Example Problems - 9.1~9.3, Question and Problems – 9.6~8, 9.11, 9.20~21, 9.27, 9.33

Ch.10: Example Problems - 10.1~10.4, Question and Problems – 10.6~7, 10.17, 10.32~33

Ch.11: Example Problems - 11.1~11.4, Question and Problems – 11.8, 11.12, 11.14, 11.28, 11.32, 11.35, 11.44, 11.50~51, 11.56, 11.63

Ch.12: Example Problems - 12.1~12.4, Question and Problems – 12.2, 12.18, 12.20~22, 12.24, 12.34

Ch.13: Question and Problems – 13.2, 13.4, 13.6

Ch.17: Question and Problems – 17.7, 17.16, 17.18

Ch.16: Example Problems - 16.1~16.2, Question and Problems – 16.7, 16.11, 16.13~14, 16.19

Ch.19: Question and Problems – 19.1~3, 19.50~51

Ch.20: Example Problems – 20.1, Question and Problems – 20.3, 20.11, 20.14, 20.25, 20.27

[Final Exam]

Date: June 11

Time: 7:00 - 9:00 PM

Place: Check below carefully.

• Room No.: 303 for Student No. 112692~163427 (38 person)

• Room No.: 304 for Student No. 181435~188557 (20 person)

• Room No.: 306 for Student No. 163516~181428 (39 person)

[Homework] #10

Chapter 16, 19, 20

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1. Example Problems: 16.1, 16.2, Question and Problems: 16.11, 16.13

2. Question and Problems: 19.1, 19.51

3. Example Problems: 20.1, Question and Problems: 20.11, 20.25

[Lecture Slide] 14

Lecture Slide - 14. Electrical/Thermal Properties (Chapter 19, 20)

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[Lecture Slide] 13

Lecture Slide - 13. Composite Materials (Chapter 16)

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[Homework] #09

Chapter 13 & 17

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1. Concept Check 13.1, 13.2, Question and Problems 13.4

2. What is the friction-stir welding (FSW)? In addition, give some examples by FSW.

3. Question and Problems 17.16

[Lecture Slide] 12

Lecture Slide - 12. Properties and Application of Metals/Fabrication and Processing of Metals (Chapter 13, 17)

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[Homework] #08

Chapter 12

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1. Questions and Problems: 12.2, 12.18, 12.20~21, 12.24, 12.34

[Lecture Slide] 11

Lecture Slide - 11. Phase Transformation (Chapter 12)

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[Homework] #07

Chapter 11

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1. Questions and Problems: 11.8, 11.14, 11.32, 11.35, 11.51, 11.56

[Lecture Slide] 10

Lecture Slide - 10. Phase Diagrams (Chapter 11)

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[Lecture Slide] 09

Lecture Slide - 09. Failure (Chapter 10)

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[Homework] #06

Chapter 9

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1. Questions and Problems: 9.6, 9.11, 9.27

2. For FCC materials, a uniaxial tension is applied along [112] direction. For all 12 slip systems, calculate Schmid factors and find two active slip systems where Schmid factors have maximum values.

[Lecture Slide] 08

Lecture Slide - 08. Dislocation & Strengthening Mechanism (Chapter 09)

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[Suggesting Problems for Mid Exam]

Ch.2: Example Problems - 2.1~2.3, Question and Problems - 2.7, 2.14, 2.16~18, 2.22

Ch.3: Example Problems - 3.1~3.8, Question and Problems - 3.2, 3.13, 3.16, 3.18, 3.27

Ch.4: Example Problems - 4.1~4.7, Question and Problems - 4.4~5, 4.10, 4.20~22, 4.37~38, 4.42, 4.54~59

Ch.6: Example Problems - 6.1~6.4, Question and Problems - 6.7, 6.10, 6.13, 6.26, 6.30, 6.34, 6.37

Ch.7: Example Problems - 7.1~7.5, Question and Problems - 7.1~5, 7.8, 7.10, 7.25, 7.30, 7.31

Ch.8: Example Problems - 8.1~8.4, Question and Problems - 8.1~2, 8.12~14, 8.39~40, 8.46~48

[Mid Exam]

Date: April 16

Time: 7:00 - 9:00 PM

Place: Check below carefully.

• Room No.: 303 for Student No. 112692~163472 (40 person)

• Room No.: 304 for Student No. 181435~188557 (20 person)

• Room No.: 306 for Student No. 163516~181428 (40 person)

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[Homework] #05

Chapter 8

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1. Questions and Problems: 8.1~2, 8.14, 8.39~40, 8.48 

2. Derive the total angle of twist and the stress of a cylindrical bar having a length L and a radius of R under a torque T.

[Lecture Slide] 07

Lecture Slide - 07. Mechanical Properties (Chapter 08)

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[Homework] #04

Chapter 7

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1. Questions and Problems: 7.8, 7.10, 7.25, 7.30

[Lecture Slide] 06

Lecture Slide - 06. Diffusion (Chapter 07)

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[Homework] #03

Chapter 6

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1. By applying Hume-Rothery rule, predict which an atom can be more dissolved in following solid solution systems. Also, for determined solid solution cases, find and describe any examples in our real world.

(1) Al or Ag in Zn, (2) Zn or Al in Cu

2. Questions and Problems 6.7, 6.10, 6.26, 6.30

3. After reading Chap. 6.12, summarize the principle and characteristics of OM, TEM, SEM, and STM.

[Lecture Slide] 05

Lecture Slide - 05. Imperfection (Chapter 06)

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[Homework] #02

Chapter 4

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1. Question and Problems: 4.20~22, 4.54

2. Derive Eq. (4.17) for the interplanar d-spacing using a plane index (h, k, l)

[Lecture Slide] 04

Lecture Slide - 04. Crystal Structure (Chapter 04)

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[Homework] #01

Chapter 2

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1. Question and Problems: 2.7, 2.14, 2.16, 2.17

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Chapter 3

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1. Draw and describe 14 Bravais crystal lattices.

2. Express a vector [1213] in a hexagonal unit cell as Miller-Bravais index representation.

3. Question and Problems: 3.2, 3.18

[Lecture Slide] 03

Lecture Slide - 03. Crystallography (Chapter 03)

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[Lecture Slide] 02

Lecture Slide - 02. Atomic Structure & Bonding (Chapter 02)

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[Lecture Slide] 01

Lecture Slide - 01. Introduction (Chapter 01)

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[Notice] About Homework

• Where to submit homework: 1B-203

[Syllabus]

Syllabus - Materials Science & Engineering

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