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Non-Ferrous Alloys
Course aimsTo provide a full understanding of the characteristics of a range of commonly-used non-ferrous alloys, how they are produced and the industrial applications to which they are suited.
Who should attend This course has been designed for industry professionals engaged in the supply, processing & applications of non-ferrous alloys. It will be of interest to recent graduates, designers, engineers, buyers and sales personnel working in or supplying the aerospace, defence, nuclear, power generation, offshore, chemical, oil & gas, automotive and other industry sectors.
Engineering the Next Generation
EUROPEAN UNIONInvesting in Your FutureEuropean RegionalDevelopment Fund 2007-13
Find out more: For further information please contact Katie Hemingway:T: 0114 222 4446 E: [email protected] W: www.amrctraining.co.uk
A technical course describing the production, features and applications of Aluminium, Copper, Nickel & Titanium alloys.
Non-Ferrous Alloys
NICKEL ALLOYS• Nickel Metallurgy
• Properties of Nickel Alloys
• Primary & Secondary Processing
• Alloy Specifications & Nomenclature
• Typical Applications for Nickel Alloys
COPPER ALLOYS• Copper Metallurgy
• Properties of Copper Alloys
• Primary & Secondary Processing
• Alloy Specifications & Nomenclature
• Typical Applications for Copper Alloys
ALUMINIUM ALLOYS• Aluminium Metallurgy
• Properties of Aluminium Alloys
• Primary & Secondary Processing
• Alloy Specifications & Nomenclature
• Typical Applications for Aluminium Alloys
TITANIUM ALLOYS• Titanium Metallurgy
• Properties of Titanium Alloys
• Primary & Secondary Processing
• Alloy Specifications & Nomenclature
• Typical Applications for Titanium Alloys
T: 0114 222 4446E: [email protected]: www.amrctraining.co.ukwww.amrctraining.co.uk
AMRC Training CentreAdvanced Manufacturing ParkOff Highfield SpringCatcliffeRotherhamS60 5BL
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Engineering the Next Generation
LEARNING OUTCOMES• Understand the metallurgy of Aluminium, Nickel, Titanium and Copper alloys
• Appreciate their unique physical, mechanical and chemical properties and the applications to which they are suited
• Learn how Aluminium, Nickel, Titanium and Copper alloys are produced and processed into engineering components
• Understand how non-ferrous alloys differ from steels
