Date | Topics | Reading | Lec. Prob. Due | HW Prob. Due |
8/31 | Intro, Course Format, Policies, Time Management | Cpt 1 | ||
9/2 | Primary & Secondary Bonds | Cpt 2 , Secondary Bonds | 2.13, 2.15 | Schedule |
9/5 | Locations, Directions, & Planes | Cpt 2, Cpt 3 | Lecture | |
9/7 | Unit Cells, Density, Grains | Cpt 3 | 3.13, 3.15, 3.31 | 2, 6, 8 |
9/9 | Directions & Planes, X-ray Diffraction | Cpt 3 | 3.74, 3.75 , 3.91 | 196, 12, (3.21, 3.22, 3.23) |
9/12 | X-ray Diffraction, Polymers | Cpt 3, Cpt 4 | Lecture | |
9/14 | Polymers | Cpt 4 | 4.6, 4.18 , 181 | 3.69, 180, 197 |
9/16 | Polymers, Point Defects | Cpt 4 | 4.25, 5.3, 5.8 | 87, 198, 199 |
9/19 | Point & Line Defects | Cpt 5 | Lecture | |
9/21 | Steady-State & Transient Diffusion | Cpt 5 | 202 ,35 | 27, 201, 25 |
9/23 | First Mid-Term | Cpt 1 – Cpt 5 | The skills questions must be | completed during the exam period. |
9/26 | Steady-State & Transient Diffusion | Cpt 6, Cpt 7 | Lecture | |
9/28 | Stress & Strain, Elastic Deformation | Cpt 6 Vectors Stress and Strain | 174, 182, 49, 45 | 6.D1, 31, 206 |
9/30 | Flexural Strength, Weibull Modulus | Cpt 7 , Weibull Modulus | 203, 7.46, 42 | 5.29, 86 |
10/3 | Weibull Modulus, Slip, Plastic Deformation | Cpt 7 , Weibull Modulus, Cpt 8 | Lecture | |
10/5 | Slip, Plastic Deformation, Vulcanization | Cpt 8 | 184, 81, 8.53 | 187, 58, 50 |
10/7 | Cold Work, Fracture Toughness | Cpt 8 , Cpt 9 | 8.D7, 9.7, 205 | 204, 76 |
10/10 | Materials Selection | Cpt 20 | Lecture | |
10/12 | Fatigue, Creep, Materials Selection | Cpt 9, Sec 20.1 – 20.3 | 9.D7, 20.D3 | 135, 159, 151 |
10/14 | Materials Selection, Phase Equilibria | Sec 20.1 – 20.5, Cpt 10 | 188, 79 | 186, 20.D5 |
10/19 | Phase Equilibria | Cpt 10 | 10.38, 10.45 | 165, 20.D7 |
10/21 | Second Mid-Term | Cpt 6 – Cpt 9, Cpt 20 | The skills questions must be | completed during the exam period. |
10/24 | Equilibrium Microstructures, Fe-C Diagram | Cpt 10 | Lecture | |
10/26 | Nucleation & Growth, Metastable Phases | Cpt 11 | 11.2, 11.9, 11.22 | 118, 208, 209, 10.21 |
10/28 | Nucleation & Growth | Cpt 11 | 189, 11.28, 11.39 | 167, 93, 124 |
10/31 | Metastable Phases, Materials Processing | Cpt 11, Cpt 13, 14 | Lecture | |
11/2 | Non-Equilibrium Microstructures | Cpt 11 | 14.16, 119, 14.37 | 11.11, 11.20, 11.D6 |
11/4 | Hardenability, Condensation Polymerization | Cpt 11 | 12.5, 12.10 | 85, 213, 94 |
11/7 | Materials Processing, Conductivity | Cpt 13, 14 , Cpt 12 | Lecture | |
11/9 | Conductivity, Conductors | Sec 12.1 – 12.9 | 12.33, 163, 12.47 | 190, 172, 12.14 |
11/11 | Conductors, Semiconductors, Dielectrics | Cpt 20, 10, 11, 13, 14 | 170, 12.50, 12.D5 | 92, 216, 221 |
11/14 | Semiconductors | Cpt 12 | Lecture | |
11/16 | Semiconductors, Dielectrics, Composites | Sec 12.10 – 12.15, Cpt 15 | 15.15 | 223, 12.D6 |
11/18 | Third Mid-Term | Cpt 10 – Cpt 14, Cpt 20 | The skills questions must be | completed during the exam period. |
11/21 | Composites | Cpt 15 Stress and Strain | Lecture | |
11/23 | Composites | Cpt 15 | 15.10, 15.14 | 83, 220, 15.16 |
11/28 | Properties of Composites | Cpt 17 | Lecture | |
11/30 | Properties of Composites | Cpt 15, Cpt 17 | 17.12, 17.D2 | 15.D3, 101, 62 |
12/2 | Thermal Properties | Cpt 17 | 17.14, 17.22 | 193, 15.D6, 78 |
12/5 | Thermal Properties | Cpt 17 | Lecture | |
12/7 | Thermal Properties | Cpt 17 | TBA | 59, 222, 175 |
12/9 | Putting it all together | TBA | ||
12/12,13,16 | Final Examination | Cpt 1 – 15, Cpt 17, 20 | All questions must be | completed during the exam period. |