Engineering the Next Generation
One day course
Advanced Manufacturing Research Centre
Learning Outcomes • Understand the certification processes associated with aircraft
structural and engine materials • Explain how the properties of steels, aluminium, titanium and
nickel based superalloys are exploited • Describe the processing routes used to produce finished airframe,
structural and engine metal alloy components
General metallurgy• Introduction to Metals• Fundamentals of
Metallurgy• Metallurgy for Non-
Metallurgists
Metals Processing• Casting of Metals• Hot & Warm Forging• Introduction to Heat
Treatment• Heat Treatment for
Professionals• Machining of Metals• Welding of Metals• Powder Metallurgy
Metals Applications• Subsea Application of
Metals• Metals for Aerospace• Metals for Gas Turbine
Applications
Metals & alloys• Carbon & Alloy Steels• Stainless Steels• Titanium Metallurgy• Nickel Metallurgy• Aluminium Metallurgy
In-Service Performance• Introduction to Corrosion• Combating Metal
Corrosion• Introduction to Fatigue• Failure Analysis &
Prevention• Mechanical Testing• Non-Destructive Testing• Quality Assurance
Certificate in MetallurgyQCF Level 3
Leadership & Management (ILM Levels 2, 3, 5)• Service Improvement• Coaching & Mentoring
Higher EducationBSc, BENg, MSc, MEng & PhD Courses in• Mechanical Engineering• Electrical / Electronic
Engineering• Materials Engineering• Manufacturing • Machining• Advanced Manufacturing
Management
Other Continuous Professional Development (CPD) Services
T: 0114 222 9939
W: www.amrctraining.co.uk
www.amrctraining.co.uk
www.facebook.com/AmrcTrainingCentre
twitter.com/AMRCTraining
Advanced Manufacturing Park
Wallis Way, Catcliffe
Rotherham
S60 5TZ
Apprenticeships• Mechanical• Electrical• Manufacturing• Materials• Fabrication• Machining• Composites• Design
Metals for Aerospace Applications
Engineering the Next Generation
A one day overview of the essential properties of metals used in the aerospace industry, how they are produced and where in the aircraft architecture they are used.
Course aimsThis course provides an introduction to the principal aerospace metals and their applications. It describes their properties, how they are tested, processed and deployed in aircraft structures.
Who should attend Professionals from all parts of your business who have little experience of aerospace metals and whose activities link wholly or in part with the aerospace supply chain. A module of the QCF level 3 Certificate in Metallurgy qualification.
“Gave a great overview and understanding of the industry.”
Steve Shike
Bohler Steels UK
“Content throughout theday was excellent.”Susan Buxton
Barret Nickel Alloys
Metals for Aerospace Applications
One day course
Advanced Manufacturing Research Centre
Contact us
T: 0114 222 9939
W: www.amrctraining.co.uk
Engineering the Next Generation
Manufacture of Aerospace Components: Engine Parts• Compressor and turbine blade design• Evolution of compressor and turbine blade materials• Thermal barrier turbine blade coatings• Other advanced materials: titanium aluminides and
metal silicides
Certification, Quality, Standards & Accreditation
• Testing pyramid for certification of structural and engine aerospace parts
• Testing organisations, ASTM• How databases are used• What is structural certification?• How is full-scale structural testing implemented?
Performance Criteria and Test Methods
• What mechanical tests are done • What service performance criteria have to be met• Flexure, hardness and fracture tests• Fatigue and creep assessments: design service objectives• Corrosion and environmental durability testing
T: 0114 222 9939
W: www.amrctraining.co.uk
www.amrctraining.co.uk
www.facebook.com/AmrcTrainingCentre
twitter.com/AMRCTraining
Advanced Manufacturing Park
Wallis Way, Catcliffe
Rotherham
S60 5TZ
Metals for Aerospace Applications
Anatomy of an Aircraft
• Main aircraft parts and material property requirements• Distribution of engineering material usage in airframe,
structural parts and engines• Application of steel, aluminium, titanium alloys and
nickel based super alloys
Metal and Alloy Selection
• Material selection methods• Advantages of steel in structural and critical
engine parts• Use of cast and wrought aluminium alloys• Use of alpha and beta titanium alloys• Superalloys for gas turbine engine critical parts
Manufacture of Aerospace Components: Structural Parts• Casting of metal Alloys• Hot and cold working of aerospace metals• Use of powder metallurgy processes• Shape memory titanium alloys• Machining of critical structural and engine parts
Advanced Manufacturing Research Centre
www.amrctraining.co.uk www.amrctraining.co.uk
www.amrctraining.co.uk www.amrctraining.co.uk
www.amrctraining.co.uk www.amrctraining.co.uk
“Engineering the Next Generation” “Engineering the Next Generation”
“Engineering the Next Generation” “Engineering the Next Generation”
“Engineering the Next Generation” “Engineering the Next Generation”
Anatomy of an Aircraft Engine Materials
Turbine: Material Trends Aerospace Quality
Ti-6AI-4V: Process vs Properties Design Service Objectives
Recommended
