Material science outlines, Study notes of Physics

nice notes by dr shakeel ahmad kasuri. physicist uolians.

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2017/2018

Uploaded on 12/15/2018

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University of Jordan
Faculty of Engineering and Technology
Dept. of Industrial Engineering
Course Outline
(0906273) Properties of Engineering Materials
First Semester 2014/2015
Sec. I
Time: 8:00-9:00 (Sun., Tues., and Thur.) Place: ( EE004)
Sec.II
Time: 8:00-9:30 (Mon. and Wed.) Place: ( EE004)
Course Description
Introduction, Bonding forces and energies. Classication of engineering materials.
Crystallography. X-ray diraction. Imperfection in solids and strengthening
mechanisms. Diusion. Metallography. Mechanical properties of materials.
Material testing evaluation and failure. Thermal equilibrium diagram. Corrosion of
metals and their protection. Case studies in material selection. Relative cost of
materials. The main objective is to understand the basic concepts and language of Materials Science
Text Book(s)
William D Callister, Materials Science and Engineering, 8th Edition, Wiley publishers. (Text
Book)
+ Handouts
References
Books 1. Askeland D.; The Science and Engineering of Materials; Thomson
Engineering publishers
Journals
Instructor
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University of Jordan

Faculty of Engineering and Technology

Dept. of Industrial Engineering

Course Outline

( 0906273 ) Properties of Engineering Materials First Semester 2014/

Sec. I Time: 8:00-9:00 (Sun., Tues., and Thur.) Place: ( EE004) Sec.II Time: 8:00-9:30 (Mon. and Wed.) Place: ( EE004)

Course Description

Introduction, Bonding forces and energies. Classification of engineering materials. Crystallography. X-ray diffraction. Imperfection in solids and strengthening mechanisms. Diffusion. Metallography. Mechanical properties of materials. Material testing evaluation and failure. Thermal equilibrium diagram. Corrosion of metals and their protection. Case studies in material selection. Relative cost of materials. The main objective is to understand the basic concepts and language of Materials Science

Text Book(s) William D Callister , Materials Science and Engineering , 8 th^ Edition, Wiley publishers. ( Text Book )

  • Handouts

References

Books 1. Askeland D.; The Science and Engineering of Materials ; Thomson Engineering publishers

Journals

Instructor

Instructor Ass. Prof. Sa’ed A. Musmar Email: [email protected] Office Hours 10:00-11:00 Mon. and Wed., 9:00-10:00 Sun. and Tue. Prerequisites Prerequisites by course 0303101

Course objectives

  • Be able to discuss/explain the importance of materials structure at different levels of structure. [A]
  • Understand the concepts of crystalline structure and its relations to physical and mechanical properties [A, B,J]
  • Understand the nature and importance of different types of lattice imperfections.
  • Have a detailed idea about mechanical behavior of metallic materials. [B,K]
  • To be able to understand and appreciate the difference between the different types of Binary Phase Diagrams and appreciate the diffusion phenomena and its application to solid materials [E,K, H]
  • Understand the difference and applications of the different heat treatment processes applied to steels [C,K]

Week Topic Lectures Hours

Week 1 Chapter One: Introduction (^1)

Week1 Chapter Two: Atomic Structure and Interatomic Bonding

Week 2+ Week3 Chapter Three: The Structure of Crystalline Solids

Week 4 Chapter Four: Imperfections in Solids (^) 3

Week 5 (^) Chapter Five: Diffusion 3

Week 6 Revision + 1st Exam (^) 1

Week 6+week7 Chapter six: Mechanical Properties of Metals 4

Week 8 Chapter seven: Dislocations and Strengthening Mechanisms

Week 9+ Week 10 Chapter eight: Failure (^) 6

Week 11+week12+week 13 2 nd^ Exam + Chapter nine: Phase Diagrams 8