Fatigue crack growth in composite constructions

Август 13, 2022

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Fatigue crack growth in composite constructions

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2. Composite materials Carbon composite Epoxy Fiberglass Organic plastic Woven
3. Metals vs. composite materials Comparison of fatigue strength Metals and composites behave differently under fatigue loading.
4. Comparison of fatigue strength of different composites Due to the variety of configurations (types of fiber,
5. Tensile fatigue damage Scheme of tensile fatigue damage development in woven fabric composites, subjected to a
6. Fatigue damage mechanisms in composite materials Fatigue crack growth in cross-ply laminates The three characteristic stages
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Слайд 2

Composite materials
Carbon composite
Epoxy
Fiberglass
Organic plastic
Woven

Слайд 3

Metals vs. composite materials
Comparison of fatigue strength
Metals and composites behave differently

under fatigue loading.

Composite materials exhibit a better resistance to fatigue compared to metals.

Слайд 4

Comparison of fatigue strength of different composites
Due to the variety

of configurations (types of fiber, resin and lay up) composites are not totally sheltered from fatigue damage.

Слайд 5

Tensile fatigue damage
Scheme of tensile fatigue damage development in woven fabric

composites, subjected to a tension-tension fatigue loading in the weft direction

Слайд 6

Fatigue damage mechanisms in composite materials
Fatigue crack growth in cross-ply laminates
The

three characteristic stages of fatigue damage in composites