1. A double riveted 1/8 in. thick steel plate with 3/8 in. diameter rivets is tested to 7000 lb. What is the bearing stress of the rivets on the steel plate? 2. On the stress strain curve below, label the axes with words that represent the symbols, note the approximate location of the yield stress and ultimate stress. Identify the slope to calculate Young's Modulus. Identify the location of onset of plastic deformation. b P 3

Structural Analysis
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Chapter2: Loads On Structures
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1. A double riveted 1/8 in. thick steel plate with 3/8 in. diameter rivets is tested to 7000 lb.
What is the bearing stress of the rivets on the steel plate?
P
2. On the stress strain curve below, label the axes with words that represent the symbols,
note the approximate location of the yield stress and ultimate stress. Identify the slope to
calculate Young's Modulus. Identify the location of onset of plastic deformation.
03
Transcribed Image Text:1. A double riveted 1/8 in. thick steel plate with 3/8 in. diameter rivets is tested to 7000 lb. What is the bearing stress of the rivets on the steel plate? P 2. On the stress strain curve below, label the axes with words that represent the symbols, note the approximate location of the yield stress and ultimate stress. Identify the slope to calculate Young's Modulus. Identify the location of onset of plastic deformation. 03
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