Module · Structures
Aircraft Structures & Materials
Stress, strain, structural loads, fatigue, fracture, corrosion, metals, composites and structural design.
14
Lessons
2 h
Reading
Structures
Domain
Lessons
- 017 min
Aircraft Structural Design
Understanding how aerospace engineers design complete aircraft structures that are safe, lightweight, durable, and efficient.
- 027 min
Aluminum Alloys
Understanding the lightweight metal that transformed aviation and remains one of the most important structural materials in aerospace engineering.
- 037 min
Beams, Columns & Structural Members
Understanding the fundamental structural elements that form the skeleton of every aircraft.
- 046 min
Composite Materials
Understanding the advanced materials that have revolutionized modern aircraft and spacecraft design.
- 057 min
Elasticity & Plasticity
Understanding how aircraft materials deform, recover, and permanently change shape under mechanical loading.
- 068 min
Fatigue, Fracture & Corrosion
Understanding the three primary mechanisms that limit the life of aerospace structures and how engineers prevent catastrophic failure.
- 076 min
Hooke’s Law
Understanding the fundamental relationship between stress and strain that forms the mathematical foundation of structural engineering.
- 086 min
Mechanical Properties of Materials
Understanding the material characteristics that determine the performance, safety, and durability of aerospace structures.
- 096 min
Steel & Specialty Alloys
Understanding the high-strength metals that enable aircraft landing gear, jet engines, rockets, and other demanding aerospace applications.
- 106 min
Strain
Understanding how aircraft materials deform under load and why measuring deformation is as important as measuring stress.
- 116 min
Stress
Understanding the internal forces that determine whether an aircraft structure remains safe or fails under load.
- 127 min
Stress-Strain Curves
Understanding how engineers visualize and evaluate the complete mechanical behavior of aerospace materials.
- 137 min
Structural Loads
Understanding the forces that act on aircraft structures and how engineers design airframes to safely withstand them.
- 146 min
Titanium Alloys
Understanding the high-performance aerospace material that combines exceptional strength, low weight, and outstanding resistance to heat and corrosion.