Practice Member Geometry (38.5.2) - Importance of Ductility - Earthquake Engineering

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6 sample questions

Question 1.
What is member geometry?
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Think about the impact of shape on performance.
Question 2.
Name two factors affecting ductility.
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Consider what affects a member's ability to bend.
3Question 3.
What is the primary concern when considering member geometry in seismic design?
- Load capacity
- Ductility
- Aesthetics
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Think about how structures respond during earthquakes.
4Question 4.
True or False: Short and deep members are more ductile than slender members.
- True
- False
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Consider the flexibility of different member shapes.
Question 5.
Propose a design strategy for a multi-story building, considering member geometry and detailing to improve ductility.
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Think of how members can work together to distribute loads.
Question 6.
Evaluate a case study of a failed structure during an earthquake and discuss how member geometry contributed to its failure.
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Focus on the geometry and the effects of insufficient detailing.

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