Chapter1_intro

Chapter1_intro - AERO 3700 Aerospace Materials and...

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AERO 3700 Aerospace Materials and Manufacturing Methods Moyra McDill 3135 ME 613 520 2600 x 5710 mmcdill@mae.carleton.ca
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Classes and PA sessions Lectures: Lectures: Monday and Wednesday 2:30 – 4:00 pm, 238 TB Problem Analysis : Tuesday 11:30 am – 12:30 pm, 240 TB Exceptions Tuesday Sept 15 – PA 1 Structures Lab 2360 ME Tuesday Sept 29 – lecture in the PA slot Wednesday Sept 30 – PA in the lecture slot Teaching assistan t – TBA
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Objectives • To understand the properties, behaviour and failure mechanisms of materials used for aerospace applications. • To become familiar with special manufacturing processes used in the aerospace industries. • To be able to use the above in the selection of materials and manufacturing methods for aerospace design and fabrication.
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Learning Approaches • Broad-based approach including: Lectures using .ppt and chalk'n'talk website www.mae.carleton.ca/courses/AERO3700 » username AERO3700, pass amat Guest lecture(s) Written material Hand outs Aerospace Materials and Manufacturing Methods (from book store) Materials Science and Engineering, An Introduction, W. Callister, 7 th ed. Wiley, used in MAAAE2700
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Approach • Other material In-class videos Hands-on examination of parts • PAs: questions, case studies and reading • Quizzes • Assignment at the end of term (TBA)
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Marking Scheme • 4 Quizzes (in PA time) 24% • Attendance 5 in-PA problem sets 6% • Assignment (last two PAs) 10% • Final Examination 60% – Dates for PAs: Tues Sept 15, Sept 22, Oct 6, Oct 20, Nov 3, Nov 17 – Dates for quizzes: Wed Sept 30, Tues Oct 13, Oct 27, Nov 10, – In-PA assignment Tue Nov 24, Dec 1. – Email will also be used to communicate with the ass
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Getting Started – Identify each of the following • What is the environment in which it is use? • From what material is it made? • Why is it made from that material(s)? • How is it manufactured or assembled?
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7 Objects • Object 1 • Object 2 • Object 3 • Object 4 • Object 5 • Object 6 • Object 7
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Chapter 1 Introduction • Classification of materials • Typical aerospace materials • Typical properties • Materials selection, design considerations • Typical manufacturing methods •Ex amp
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Evolution of Materials M. Asby, Materials Selection in Mechanical Design, 2 nd Ed., Butterworth Heinemann, 1999.
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Menu of Engineering Materials After M. Asby, Materials Selection in Mechanical Design, 2 nd Ed., Butterworth Heinemann, 1999. PE, PP, PC PA (Nylon) Polymers, elastomers Butyl rubber Neoprene Polymer foams Metal foams Foams Ceramic foams Glass foams Woods Natural materials Natural fibres: Hemp, Flax, Cotton GFRP CFRP Composites KFRP Plywood Alumina Si-Carbide Ceramics, glasses Soda-glass Pyrex Steels Cast irons Al-alloys Metals Cu-alloys Ni-alloys Ti-alloys
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Chapter1_intro - AERO 3700 Aerospace Materials and...

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