Other non-ferrous metals and alloys

1. ENMAT101A Engineering Materials and ProcessesAssociate Degree of Applied Engineering (Renewable Energy Technologies)Lecture 18 – Other non-ferrous metals and alloys

2. Other non-ferrous metals and alloys EMMAT101A Engineering Materials and Processes

3. Other non-ferrous metals and alloys Note: This lecture closely follows text (Higgins Ch18) EMMAT101A Engineering Materials and Processes

4. Other non-ferrous metals and alloys(Higgins 18) READ HIGGINS 18.1 Nickel and its alloys Titanium and its alloys Magnesium-base alloys Zinc-base alloys Bearing metals. EMMAT101A Engineering Materials and Processes

5. Other non-ferrous metals and alloys(Higgins 18) READ HIGGINS 18.1 Nickel and its alloys Titanium and its alloys Magnesium-base alloys Zinc-base alloys Bearing metals. EMMAT101A Engineering Materials and Processes

6. Nickel and its alloys(Higgins 18.2) READ HIGGINS 18.2 18.2.1 Nickel properties and uses Corrosion resistance 18.2.2 Electrical resistance alloys for use at high temperatures Ni-chrome wire 18.2.3 Corrosion-resistant alloys Chemical industries 18.2.4 High-temperature corrosion-resistant alloys Iconel http://nickel.vale.com EMMAT101A Engineering Materials and Processes

7. Nickel and its alloys(Higgins 18.2) 18.2.2 Electrical resistance alloys for use at high temperatures Higgins EMMAT101A Engineering Materials and Processes

8. Nickel and its alloys(Higgins 18.2) 18.2.3 Corrosion-resistant alloys: Chemical industries Higgins EMMAT101A Engineering Materials and Processes

9. Nickel and its alloys(Higgins 18.2) Three check valves in corrosion-resistant Hastelloy Hastelloy Wikipedia EMMAT101A Engineering Materials and Processes

10. Nickel and its alloys(Higgins 18.2) 18.2.4 High-temperature corrosion-resistant alloys Higgins EMMAT101A Engineering Materials and Processes

11. 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. http://ryanboardman.wordpress.com/ EMMAT101A Engineering Materials and Processes

12. Nickel and its alloys(Higgins 18.2) 18.2.5 Low-expansion alloys Higgins EMMAT101A Engineering Materials and Processes

13. Nickel and its alloys(Higgins 18.2) 18.2.5 Low-expansion alloys INVAR 36% Ni n Fe http://www.cartech.com http://www.pinetteemidecau.eu EMMAT101A Engineering Materials and Processes

14. Nickel and its alloys(Higgins 18.2) 18.2.6 Shape memory alloys Shape memory alloy (0:17s) EMMAT101A Engineering Materials and Processes

15. 18.3 Titanium and its alloys(Higgins 18.3) 18.3.1 Properties of titanium 18.3.2 Titanium structure and its alloys Alpha titanium alloys, Near alpha-titanium alloys Alpha-beta titanium alloys Beta-titanium alloys 18.3.3 Uses of titanium Rolls-Royce Titanium EMMAT101A Engineering Materials and Processes

16. Higgins

17. 18.4 Magnesium-base alloys (Higgins 18.4) 18.4.1 Magnesium alloys EMMAT101A Engineering Materials and Processes

18. 18.5 Zinc-base alloys (Higgins 18.5) 18.5.1 High-strength zinc-base alloys http://www.zinc.org/basics/zinc_uses http://www.aludiecasting.com EMMAT101A Engineering Materials and Processes

19. 18.6 Bearing metals (Higgins 18.6) 18.6.1 White bearing metals 18.6.2 Aluminium-tin alloys 18.6.3 Copper-base bearing metals 18.6.4 Plastics bearing materials http://www.mustangmonthly.com Plain Bearings EMMAT101A Engineering Materials and Processes

20. 18.7 Other metals (Higgins 18.7) Read Table 18:11 EMMAT101A Engineering Materials and Processes

21. Online Resources. Non Ferrous Metals EMMAT101A Engineering Materials and Processes

22. QUESTIONS Moodle XML: Some questions in 10106 Non-Ferrous • Complete Quiz 10106 Non Ferrous Metals EMMAT101A Engineering Materials and Processes