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Answer the following questions for these TWO type of metals, (i) Steel 1050, and (i) aluminium 2024-T6. Justify your answer where appropriate! (a). Approximate Yield Strength (MPa) (b). Approximate Ultimate Tensile Strength (MPa) (c). Typical stress-strain diagram (d). Typical ductile to brittle transition diagram (combine them on the same diagram) (e). Typical S-N diagram (combine them on the same diagram) (f). Typical applications (at least 2 examples for each metal)

Answer the following questions for these TWO type of metals, (i) Steel 1050, and (i) aluminium 2024-T6. Justify your answer where appropriate! (a). Approximate Yield Strength (MPa) (b). Approximate Ultimate Tensile Strength (MPa) (c). Typical stress-strain diagram (d). Typical ductile to brittle transition diagram (combine them on the same diagram) (e). Typical S-N diagram (combine them on the same diagram) (f). Typical applications (at least 2 examples for each metal)

Materials Science And Engineering Properties
Materials Science And Engineering Properties
1st Edition
ISBN:9781111988609
Author:Charles Gilmore
Publisher:Charles Gilmore
Chapter6: Introduction To Mechanical Properties
Section: Chapter Questions
Problem 6.16P
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Solve Subparts b, c and d early I upvote. 

But only Correctly solution provided. 

Answer the following questions for these TWO type of metals, (i) Steel 1050, and (i) aluminium 2024-T6. Justify your answer where appropriate! (a). Approximate Yield Strength (MPa) (b). Approximate Ultimate Tensile Strength (MPa) (c). Typical stress-strain diagram (d). Typical ductile to brittle transition diagram (combine them on the same diagram) (e). Typical S-N diagram (combine them on the same diagram) (f). Typical applications (at least 2 examples for each metal)
Transcribed Image Text:Answer the following questions for these TWO type of metals, (i) Steel 1050, and (i) aluminium 2024-T6. Justify your answer where appropriate! (a). Approximate Yield Strength (MPa) (b). Approximate Ultimate Tensile Strength (MPa) (c). Typical stress-strain diagram (d). Typical ductile to brittle transition diagram (combine them on the same diagram) (e). Typical S-N diagram (combine them on the same diagram) (f). Typical applications (at least 2 examples for each metal)
Expert Solution
Step 1

Solution for Subpart b –

For Steel 1050, the approximate ultimate tensile strength is fu = 690 MPa.

For Aluminium 2024-T6, the approximate ultimate tensile strength is fu = 415 MPa

Step 2

Solution for Subpart c –

For Steel 1050, the typical stress-strain diagram is as follows:

Civil Engineering homework question answer, step 2, image 1

For Aluminium 2024-T6, the typical stress-strain diagram is as follows:

Civil Engineering homework question answer, step 2, image 2

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