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T 1. The "slump" test is used to determine the compressive strength of a concrete. F (F 2. For room temperature and axial loading aluminum behaves as a brittle material. T. 3. Proper curing is important for a concrete specimen to gain compressive strength. F

T 1. The "slump" test is used to determine the compressive strength of a concrete. F (F 2. For room temperature and axial loading aluminum behaves as a brittle material. T. 3. Proper curing is important for a concrete specimen to gain compressive strength. F

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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F 1. The "slump" test is used to determine the compressive strength of a concrete. (F) 2. For room temperature and axial loadingaluminum behaves as a brittle material. T. T 3. Proper curing is important for a concrete specimen to gain compressive strength. T. (F 4. Concrete usually has a good tensile strength. T F 5. The units of the modulus of elasticity are the same as for axial stress. T F 6. Plasticity is characterized by return of a ħaterial to original size & shape upon removal of stress. т F 7. Strain hardening increases the elastic strength of the material. T F 8. Some materials do not exhibit a well defined yield point. T F 9. The failure behavior of our aluminum specimen in our torsion test was expected. T F 10. Necking of a steel specimen loaded in tension is an example of Poisson's ratio.
Transcribed Image Text:F 1. The "slump" test is used to determine the compressive strength of a concrete. (F) 2. For room temperature and axial loadingaluminum behaves as a brittle material. T. T 3. Proper curing is important for a concrete specimen to gain compressive strength. T. (F 4. Concrete usually has a good tensile strength. T F 5. The units of the modulus of elasticity are the same as for axial stress. T F 6. Plasticity is characterized by return of a ħaterial to original size & shape upon removal of stress. т F 7. Strain hardening increases the elastic strength of the material. T F 8. Some materials do not exhibit a well defined yield point. T F 9. The failure behavior of our aluminum specimen in our torsion test was expected. T F 10. Necking of a steel specimen loaded in tension is an example of Poisson's ratio.
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