Question

The following engineering stress-strain data points were obtained for a 0.20% C plain-carbon steel: Stress (MPa) Strain (%EL) 0 0 207 0.1 379 0.2 414 0.5 469 1.0 496 2.0 510 4.0 524 6.0 517 8.0 503 10.0 476 12.0 448 14.0 386 16.0 352 19.0 Compute the approximate Young's Modulus for the material.

Name: the following engineering stress strain data points were obtained for a 020 c plain carbon steel streempa strain el 0 0 207 01 379 02 414 05 469 10 496 20 510 40 524 60 517 80 503 100 476 12 13513
Uploaded: 2023-04-19T13:45:46-08:00
Duration: 1 min 38 s
Channel: Adi S
Description: the following engineering stress strain data points were obtained for a 020 c plain carbon steel streempa strain el 0 0 207 01 379 02 414 05 469 10 496 20 510 40 524 60 517 80 503 100 476 12 13513

          The following engineering stress-strain data points were obtained for a 0.20% C plain-carbon steel:
Stress (MPa)
Strain (%EL)
0
0
207
0.1
379
0.2
414
0.5
469
1.0
496
2.0
510
4.0
524
6.0
517
8.0
503
10.0
476
12.0
448
14.0
386
16.0
352
19.0

Compute the approximate Young's Modulus for the material.

Added by Milagros M.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

04/19/2023

Step 1

In the given data points, the linear elastic region can be observed between the points (207 MPa, 0.1% EL) and (379 MPa, 0.2% EL). Show more…

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The following engineering stress-strain data points were obtained for a 0.20% C plain-carbon steel: Stress (MPa) Strain (%EL) 0 0 207 0.1 379 0.2 414 0.5 469 1.0 496 2.0 510 4.0 524 6.0 517 8.0 503 10.0 476 12.0 448 14.0 386 16.0 352 19.0 Compute the approximate Young's Modulus for the material.