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ME
595, Physical Metallurgy Spring
2003 CAMP
268 |
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Instructor: |
David
Morrison, Associate Professor of MAE 205 CAMP, 268-6585 |
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Office Hours: |
Tuesday and Thursday 11:00-12:00 and 1:00-3:00 Other times by appointment |
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Textbook: |
Physical Metallurgy Principles, Reed-Hill and Abbaschian |
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Prerequisites: |
ES 260, Materials Science |
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Class Schedule: |
Tuesday, Thursday
9:30-10:45 |
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Objectives: |
To provide students with an introduction to physical metallurgy. Topics include structure of metals, diffraction techniques (X-ray, SEM, TEM), dislocation phenomena, diffusion in solids, precipitation hardening, nucleation and growth, solidification, and phase transformations in solids. |
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Learning Outcomes: |
Outcome 1: Students
will have a fundamental understanding of metallic material
structure-property-processing
relationships. [1-4] (2, 5) Outcome 2: Students
will have an understanding of methods to analyze the structure of metallic
materials
[1-4] (2, 5) Note:
Assessment methods are listed below and are shown above by [ ]. MAE program outcomes supported by each
learning outcome are shown above by ( ). |
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Assessment: |
[1]
Midterm 100 Points (March 4) [2] Homework
assignments: 100 Points (5 at 20 points each) [3] Final
exam: 100 Points [4] Class
preparation/participation: 50 Points |
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Homework: |
Accomplishing the homework assignments is an
important element in learning the concepts presented in the course. Homework must be submitted by 4:00 pm on
the day homework is due. You should
consider your homework as a reflection of your professionalism. Therefore, it
must be neat, complete, and reflect a logical solution method. Homework that does not follow these
guidelines will not be accepted. |
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Exams: |
The midterm and final exams will be closed
book/notes. Exams must be taken at the scheduled time. |
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Attendance: |
Regular attendance is essential if you are to learn
the course material. Class attendance
will be taken. |
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Topics: |
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