MECH 221 - Materials Science
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<div class="tmgMainPageDivHeader" style="background-color: pink;font-size:18px;text-align:center;">MECH 221's Announcements</div> | <div class="tmgMainPageDivHeader" style="background-color: pink;font-size:18px;text-align:center;">MECH 221's Announcements</div> | ||
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| − | <font color=red><font size=4px> The midterm is on Friday October 25<sup>th</sup> during the class | + | <font color=red><font size=4px> The midterm is on Friday October 25<sup>th</sup> during the class.</font> |
<!--<font color=red><font size=4px>The final exam will be on December 10<sup>th</sup> from 9:00 am to 12:00.</font></font> | <!--<font color=red><font size=4px>The final exam will be on December 10<sup>th</sup> from 9:00 am to 12:00.</font></font> | ||
* <font color=green><font size=4px> The exam rooms are MBS2.210 for family names AA-NZ and room MBS2.115 for OA-ZZ names.</font>--> | * <font color=green><font size=4px> The exam rooms are MBS2.210 for family names AA-NZ and room MBS2.115 for OA-ZZ names.</font>--> | ||
Revision as of 17:48, 15 October 2013
The midterm is on Friday October 25th during the class.
- Course outline
- Greek Alphabet
- Confirmation of Originality Form
- Hardness Value Converter
- Materials Properties Database You can download the MPDB software from this site for free.
- Webelements All you need to know about the chemical elements!
The objective of this course is to provide students with a basic understanding into the structure, behaviour and properties of the typical, common engineering materials - metals, ceramics, polymers and composites and the methods of observing, measuring and interpreting these properties. It covers the following topics: Relationships between properties and internal structure, atomic bonding; molecular, crystalline and amorphous structures, crystalline imperfections and mechanisms of structural change. Microstructures and their development from phase diagrams. Structures and mechanical properties of polymers and ceramics. Thermal, optical, and magnetic properties of materials. Lectures: three hours per week. For more details please see the course outline.
Contents |
Class Info
- Time: Wednesday and Friday from 10:15 to 11:30 am
- Room: SGW H-535
- Instructor: Dr. Mamoun Medraj
- Office hours: Wednesday from 3 to 5pm
- TA's: Mohammad Sadegh Mahdipoor and Ahmad Mostafa
- Tutorials: Friday from 3:15 to 4:05pm in H-605 (TA) and H-521 (TB)
Lecture Notes
The lecture notes are not complete. You need to come to class to fill in the gaps and to gather the appropriate information.
- Lecture 1 - Introduction
- Lecture 2 - Chemistry Review I
- Lecture 3 - Chemistry Review II
- Lecture 4 - Crystal Structure I
- Lecture 5 - Crystal Structure II
- Lecture 6 - Crystal Structure III
- Lecture 7- Imperfections in Solids I
- Lecture 8 - Imperfections in Solids II
- Lecture 9 - Diffusion
- Lecture 10 - Mechanical Properties I
- Lecture 11 - Mechanical Properties II
- Lecture 12 - Mechanical Properties III
- Lecture 13 - Phase Diagram I → REVISED
- Lecture 14 - Phase Diagram II → REVISED
- Lecture 15 - Phase Diagram III
- Lecture 16 - Midterm Exam
- Lecture 17 - Ceramics I
- Lecture 18 - Ceramics II
- Lecture 19 - Polymers I
- Lecture 20 - Polymers II → REVISED
- Lecture 21 - Electrical Properties
- Lecture 22 - Thermal Properties
- Lecture 23 - Magnetic Properties
- Lecture 24 - Optical Properties
- Lecture 25 - Review for the Final I
- Lecture 26 - Review for the Final II
Assignments & Tutorial Problems
Sample practice questions will be posted here. Solutions will be discussed during the tutorials. They will NOT be marked.
- Practice Questions 1 → REVISED
- Solutions for Practice Questions 1
- Solutions for In-Tutorial Exercise #1
- Additional Practice Question
