Materiallære for ingeniører

□ why study materials
science?

□ explorere the
materials worlds

□ product-examples

□ useful links

□ video Lectures

□ ppt/pdf etc.from
textbooks

□ writing reports

Emnekode:

TEK2011

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Aktuelt
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▪	RoyMech Index
▪	glossary
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▪	Educypedia
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▪	Wikipedia
▪

Studiepoeng:

10,00

Læringsutbytte:

Etter gjennomført emnet skal studenten ha grunnleggende kunnskap om:
▫ forholdet mellom struktur, behandling og egenskaper hos ulike
materialer
▫ hvordan velge materialer i design/konstruksjon

Emnets temaer:

▫ Atom strukturer, arrangement og bevegelse
▫ Kontroll av mikrostrukturer og mekaniske egenskaper
▫ Ingeniørmaterialer (metaller, polymerer, keramiske materialer og
kompositter)
▫ Eksempler på tilvirkning
▫ Materialvalg i design/konstruksjon

Pedagogiske metoder:

Forelesninger, gruppearbeid og oppgaveløsning

Læremidler:

Fagstoff finnes på denne hjemmeside under Arbeidsplan
Støttelitteratur:
▫ Essentials of Materials Science and Engineering; Donald R.
Askeland and Pradeep P. Phule; ISBN 0-499-24442-2
▫ The Science and Engineering of Materials; Donald R. Askeland and
Pradeep P. Phule; ISBN 0-534-25309-1
▫ Fundamentals of Materials Science and Engineering, An Integrated
Approach; William D. Callister Jr.; ISBN 978-0-471-47014-4
▫ Materials Science and Engineering: An Introduction; William D.
Callister, Jr.; ISBN 978-0-471-73696-7
▫ Metalliske materialer; A. Almar Næss; ISBN 82-519-1786-7

Ansvarlig fagmiljø:

S eksjon for Teknologi og ledelse

Emneansvarlig:

Førsteamanuensis Henning Johansen

Emnet foreleses for:

Bachelor i ingeniørfag - Industriell design og teknologiledelse

What is Materials Science?

Why study Materials Science?

Why Study Materials Science?

Watch this video to find out more about Materials Science, what it is, why it is so important,
and what kind of career prospects you have as a Materials graduate.

See: Why Study Materials - UK

Explore the Materials World

Space Technology Find out how a spaceship withstands such immense temp-eratures on reentry!	Car Explore the interior of a car and find out how many different materials are used.	Football Boots Wondering what connection Materials Science has with sport?	Compact Discs Check out the different layers of a CD and how they interact with a laser beam!	Bottles Learn about bottle production in this virtual manufacturing plant.

See: Why Study Materials - UK

Produkteksempler

Product examples:

Badminton racket

Bicycle, aluminium

Catalytic converter
for cars

Modulært
byggesystem
i aluminium

Ny spenninde
husdesign
i aluminium

Nyttige nettsteder

Useful links:

Material selection and processing	UK Centre for Materials Education		University of Cambridge DoITPoMS - Teaching and Learning Packages

Streaming Video Lectures

Streaming Video Lectures:

Salt Lake Community Collage.
The Science and Engineering of Materials, 4th or 5th Edition, by Donald Askeland and Pradeep Phule.

Ch 1 Introduction to Materials Science and Engineering

Ch 2 Atomic Structure

Ch 3 - Part 1 Atomic and Ionic Arrangements
Ch 3 - Part 2
Ch 3 - Part 3
Ch 3 - Part 4

Ch 4 - Part1 Imperfections in the Atomic and Ionic
Ch 4 - Part 2 Arrangements

Ch 5 Atom and Ion Movements in Materials

Ch 6 Mechanical Properties and Behavior

Ch 7 Strain Hardening and Annealing

Ch 8 Principles of Solidification

Ch 9 Solid Solutions and Phase Equilibrium

Ch 10 Dispersion Strengthening and Eutectic Phase
Diagram

Ch 11 Dispersion Strengthening by Phase Transformations
and Heat Treatment
Ch 12 - Part 1 Ferrous Alloys
Ch 12 - Part 2
Ch 12 - Part 3

Ch 13 Nonferrous Alloys

Ch 14 Ceramic Materials
Ch 15 Polymers
Ch 16 Composites: Teamwork and Synergy in Materials
Ch 17 Construction Materials
Ch 18 Electronic Materials
Ch 19 Magnetic Materials
Ch 20 Photonic Materials
Ch 21 Thermal Properties of Materials
Ch 22 Corrosion and Wear

Power Point

powerpoint/pdf etc. from textbooks

The Science and Engineering of Materials, 4th ed Donald R. Askeland – Pradeep P. Phulé

(ppt):

Ch 1 Introduction to Materials Science and Engineering

Ch 2 Atomic Structure

Ch 3 Atomic and Ionic Arrangements

Ch 4 Imperfections in the Atomic and Ionic Arrangements

Ch 5 Atom and Ion Movements in Materials

Ch 6 Mechanical Properties and Behavior

Ch 7 Strain Hardening and Annealing

Ch 8 Principles of Solidification

Ch 9 Solid Solutions and Phase Equilibrium

Ch 10 Dispersion Strengthening and Eutectic Phase
Diagram

Ch 11 Dispersion Strengthening by Phase Transformations
and Heat Treatment

Ch 12 Ferrous Alloys

Ch 13 Nonferrous Alloys

Fundamentals of Materials and Engineering, William D. Callister Jr

(Power Point's):

Ch 1   Introduction
Ch 2   Atomic Structure and Interatomic Bonding
Ch 3   Structures of Metals and Ceramic
Ch 4   Polymer Structures
Ch 5 Imperfections in Solids
Ch 6   Diffusion
Ch 7   Mechanical Properties
Ch 8   Deformation and Strengthening Mechanisms
Ch 9   Failure
Ch 10 Phase Diagrams

Ch 11 Phase Transformations
Ch 12 Electrical Properties
Ch 13 Types and Applications of Materials
Ch 14 Synthesis, Fabrication, and Processing of Materials
Ch 15 Composites
Ch 16 Corrosion and Degradation of Materials
Ch 17 Thermal Properties
Ch 18 Magnetic Properties
Ch 19 Optical Properties
Ch 20 Materials Selection and Design Considerations

Introduction to the Science and Engineering of Materials (MSE201)

University of Virginia, Dept of Materials Science and Engineering.

Textbook: W. D. Callister, Materials Science and Engineering: An Introduction (John Wiley 1999, 5th edition)

(pdf)

▫ Chapter 2. Atomic Structure and Bonding
- Notes in pdf format (780 Kb)
- Notes on bonding for MSE201 (630 Kb)
▫ Chapter 3. The Structure of Crystalline Solids
- Notes in pdf format (1.1 Mb)
▫ Chapter 4. Imperfections in Solids
- Notes in pdf format (748 Kb)
- Notes on defects in solids for MSE201 (1.3 Mb)
▫ Chapter 5. Diffusion
- Notes in pdf format (270 Kb)
▫ Chapter 6. Mechanical Properties of Metals
- Notes in pdf format (311 Kb)
▫ Chapter 7. Dislocations and Strengthening Mechanisms
- Notes in pdf format (465 Kb)
▫ Chapter 8. Failure
- Notes in pdf format (952 Kb)
▫ Chapter 9. Phase Diagrams
Part 1:
- Notes in pdf format (223 Kb)
Part 2:
- Notes in pdf format (3.6 Mb)
Part 1 and 2:
- Notes in pdf format (4.5 Mb)

▫ Chapter 10. Phase Transformations in Metals
- Notes in pdf format (613 Kb)
▫ Chapter 11. Thermal Processing of Metal Alloys
- Notes in pdf format (206 Kb)
▫ Chapter 13. Structure and Properties of Ceramics
- Notes in pdf format (2 Mb)
▫ Chapter 14. Applications and Processing of Ceramics
- Notes in pdf format (586 Kb)
▫ Chapter 15. Polymer Structures
- Notes in pdf format (2 Mb)
▫ Chapter 16. Characteristics, Applications, and Processing
of Polymers
- Notes in pdf format (1.7 Mb)
▫ Chapter 19. Electrical Properties
   Part 1:
- Notes in pdf format (919 Kb)
   Part 2:
- Notes in pdf format (233 Kb)
   Part 3:
- Notes in pdf format (87 Kb)
   Part 1, 2 and 3:
- Notes in pdf format (570 Kb)

Materials Science and Engineering - online Lectures The Ohio State University:

Atomic Structure and Interatomic Bonding, The Structure of Crystalline Solids, Imperfections in Solids, Diffusion in Solids, Mechanical Properties, Dislocations and Strengthening, Mechanical Failure, Phase Diagrams, Phase Transformations, Processing: Metals and Alloys, Structure and Properties of Ceramic materials, Applications and Processing of Ceramics, Polymer Structures, Application and Processing, Composite Materials, Corrosion

- Essential of Modern Materials Science, James Newell, Wiley

Animations:
1 Metallic Bond, Eectron Sea J Newell	19 Phase Transformatopn and Graion Growth J Newell
2 Homogeneous Nucleasition J Newell	20 Electrochemical Cell J Newell
3 Htrogeneous Nucleation Leading to Grain Growth J Newell	21 Polymer Movement Near the Glass Transition J Newell
4 Edge Dislocation J Newell	22 Addition Polymerize J Newell
5 Screw Dislocation J Newell	23 Condensation J Newell
6 Tensile Test J Newell	24 Extruder J Newell
7 Bend Test J Newell	25 Wire Coating J Newell
8 Brinell Test J Newell	26 Injectio Molding J Newell
9 Charpy Test J Newell	27 Sintering J Newell
10 Forming Operations: Forging J Newell	28 Cement Formation J Newell
11 Forming Operations: Rolling J Newell	29 Pultrusion J Newell
12 Formig Operations: Extrusion J Newell	30 Wet Welding J Newell
13 Forming Operations: Drawing J Newell	31 Prepregging J Newell
14 Loading-Unloading J Newell	32 Electric Field J Newell
15 Recovery J Newell	33 Forward Bias J Newell
16 Interstitial Diffusion J Newell	34 Photoresist J Newell
17 Vacancy Diffusion J Newell	35 Dialysis J Newell
18 Segregation J Newell

Oppgaveskriving

Writing reports:

- Å skrive en oppgave...

- Rapportskriving (pdf) punkter for hvordan skrive rapport

- Logg for gruppearbeid (word)

updated 09.03.2010

Materiallære for ingeniører