Other non-ferrous metals and alloys
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Transcript of Other non-ferrous metals and alloys
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ENMAT101A Engineering Materials and ProcessesAssociate Degree of Applied Engineering (Renewable Energy Technologies)Lecture 18 – Other non-ferrous metals and alloys
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Other non-ferrous metals and alloys
EMMAT101A Engineering Materials and Processes
Reference Text Section
Higgins RA & Bolton, 2010. Materials for Engineers and Technicians, 5th ed, Butterworth Heinemann
Ch 18
Additional Readings Section
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Other non-ferrous metals and alloys
EMMAT101A Engineering Materials and Processes
Note: This lecture closely follows text (Higgins Ch18)
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Other non-ferrous metals and alloys (Higgins 18)
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READ HIGGINS 18.1
Nickel and its alloysTitanium and its alloysMagnesium-base alloysZinc-base alloysBearing metals.
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Other non-ferrous metals and alloys (Higgins 18)
EMMAT101A Engineering Materials and Processes
READ HIGGINS 18.1
Nickel and its alloysTitanium and its alloysMagnesium-base alloysZinc-base alloysBearing metals.
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Nickel and its alloys (Higgins 18.2)
EMMAT101A Engineering Materials and Processes
READ HIGGINS 18.2
18.2.1 Nickel properties and usesCorrosion resistance
18.2.2 Electrical resistance alloys for use at high temperaturesNi-chrome wire
18.2.3 Corrosion-resistant alloysChemical industries
18.2.4 High-temperature corrosion-resistant alloysIconel
http://nickel.vale.com
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EMMAT101A Engineering Materials and Processes
Higgins
Nickel and its alloys (Higgins 18.2)
18.2.2 Electrical resistance alloys for use at high temperatures
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Higgins
Nickel and its alloys (Higgins 18.2)
18.2.3 Corrosion-resistant alloys: Chemical industries
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Wikipedia
Nickel and its alloys (Higgins 18.2)
Three check valves in corrosion-resistant
Hastelloy
Hastelloy
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Higgins
Nickel and its alloys (Higgins 18.2)
18.2.4 High-temperature corrosion-resistant alloys
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http://ryanboardman.wordpress.com/
Nickel and its alloys (Higgins 18.2)For nickel-based super alloy
turbine blades, the higher service temperature allows for higher
combustion temperature of the turbine engine. This leads to better
turbine design and increased efficiency of the turbine.
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Nickel and its alloys (Higgins 18.2)
EMMAT101A Engineering Materials and Processes
18.2.5 Low-expansion alloys
Higgins
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Nickel and its alloys (Higgins 18.2)
EMMAT101A Engineering Materials and Processes
18.2.5 Low-expansion alloysINVAR 36% Ni n Fe
http://www.cartech.comhttp://www.pinetteemidecau.eu
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Nickel and its alloys (Higgins 18.2)
EMMAT101A Engineering Materials and Processes
18.2.6 Shape memory alloys
Shape memory alloy (0:17s)
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18.3 Titanium and its alloys (Higgins 18.3)
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18.3.1 Properties of titanium18.3.2 Titanium structure and its alloysAlpha titanium alloys,Near alpha-titanium alloysAlpha-beta titanium alloysBeta-titanium alloys18.3.3 Uses of titanium
Titanium
Rolls-Royce
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Higgins
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18.4 Magnesium-base alloys (Higgins 18.4)
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18.4.1 Magnesium alloys
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18.5 Zinc-base alloys (Higgins 18.5)
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18.5.1 High-strength zinc-base alloys
http://www.aludiecasting.comhttp://www.zinc.org/basics/zinc_uses
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18.6 Bearing metals (Higgins 18.6)
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18.6.1 White bearing metals18.6.2 Aluminium-tin alloys18.6.3 Copper-base bearing metals18.6.4 Plastics bearing materials
Plain Bearings
http://www.mustangmonthly.com
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18.7 Other metals (Higgins 18.7)
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Read Table 18:11
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Online Resources.
Non Ferrous Metals
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QUESTIONSMoodle XML: Some questions in 10106 Non-Ferrous
1. Complete Quiz 10106 Non Ferrous Metals
EMMAT101A Engineering Materials and Processes