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Applications of Fracture Mechanics to Aerospace Structures MCQ

Tensile strength

Temperature, Strain rate and Microstructure

Tensile strength and Microstructure

Temperature and Strain Rate

Answer

Correct Answer: Temperature, Strain rate and Microstructure

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Metals and Plastics

Plastics and Glass

Polymers and Ceramics

Glass and Metals

Answer

Correct Answer: Polymers and Ceramics

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Sanding

Polishing

Hardening

Softening

Answer

Correct Answer: Hardening

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Fracture toughness decreases in strain rates

Fracture toughness increases in strain rates

There is no relationship between strain rate and fracture toughness

Strain rates increase fracture toughness

Answer

Correct Answer: Fracture toughness increases in strain rates

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No relationship to fracture toughness

No effect on fracture toughness

Lower fracture toughness

Higher fracture toughness

Answer

Correct Answer: Lower fracture toughness

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