Materials Selection in Aerospace Design
( 24 Modules )

Module #1
Introduction to Materials Selection in Aerospace Design
Overview of the importance of materials selection in aerospace design, course objectives, and outline

Module #2
Aerospace Design Requirements
Review of aerospace design requirements, including performance, safety, and regulatory considerations

Module #3
Materials Selection Fundamentals
Introduction to materials science, materials properties, and selection criteria

Module #4
Material Classes and Properties
Overview of metal, polymer, ceramic, and composite materials, including their properties and applications

Module #5
Aluminum and Aluminum Alloys
Properties, applications, and design considerations for aluminum and aluminum alloys in aerospace

Module #6
Titanium and Titanium Alloys
Properties, applications, and design considerations for titanium and titanium alloys in aerospace

Module #7
Steel and Steel Alloys
Properties, applications, and design considerations for steel and steel alloys in aerospace

Module #8
Polymers and Polymer Matrix Composites
Properties, applications, and design considerations for polymers and polymer matrix composites in aerospace

Module #9
Ceramics and Ceramic Matrix Composites
Properties, applications, and design considerations for ceramics and ceramic matrix composites in aerospace

Module #10
Composite Materials
Properties, applications, and design considerations for composite materials in aerospace

Module #11
Material Selection Tools and Methods
Introduction to materials selection methods, including Ashby plots and multi-criteria decision analysis

Module #12
Design for Manufacturability
Design considerations for manufacturing, including material processing, machining, and assembly

Module #13
Structural Integrity and Failure Analysis
Introduction to structural integrity and failure analysis, including fatigue, fracture, and corrosion

Module #14
Thermal Protection Systems (TPS) and Insulation
Design considerations for thermal protection systems and insulation in aerospace applications

Module #15
Electromagnetic Interference (EMI) and Electromagnetic Compatibility (EMC)
Design considerations for EMI and EMC in aerospace applications

Module #16
Corrosion Protection and Prevention
Design considerations for corrosion protection and prevention in aerospace applications

Module #17
Sustainability and Environmental Considerations
Introduction to sustainable materials selection and environmental considerations in aerospace design

Module #18
Case Study:Aerospace Component Design
Real-world case study of materials selection for an aerospace component

Module #19
Case Study:Aircraft Structure Design
Real-world case study of materials selection for an aircraft structure

Module #20
Case Study:Rocket and Spacecraft Design
Real-world case study of materials selection for a rocket or spacecraft

Module #21
Materials Testing and Characterization
Introduction to materials testing and characterization methods, including mechanical, thermal, and electrical testing

Module #22
Materials Modeling and Simulation
Introduction to materials modeling and simulation methods, including finite element analysis and computational materials science

Module #23
Supply Chain and Logistics Considerations
Impact of materials selection on supply chain and logistics in aerospace design

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Materials Selection in Aerospace Design career

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Materials Selection in Aerospace Design ( 24 Modules )

Materials Selection in Aerospace Design
( 24 Modules )