operties – Tensile Test For each of the data provided, plot the stress-strain diagram and determine from the diagram; Propotional limit b. Modulus of elasticity Yield Stress Ultimate stress Fracture stress a. с. d. e. f. Appropriate material of the rod Data 1: The following data were recorded during a tensile test of a 14.0 mm-diameter rod. The gauge length was 50.0 mm. Load (N) Ebngation (mm) Load (N) Elongation (mm) 46 200 1.25 6310 0.010 52 400 2.50 12 600 0.020 58 500 4.50 18 800 0.030 65 400 7.50 25 100 0.040 69 000 12.50 31 300 0.050 67 800 15.50 37 900 0.060 65 000 20.00 40 100 0.163 61 500 Fracture 41 600 0.433

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Mechanical Pronerties- Tensile Test
For each of the data provided, plot the stress-strain diagram and determine from the diagram;
Propotional limit
b.
а.
Modulus of elasticity
Yield Stress
Ultimate stress
Fracture stress
с.
d.
е.
f.
Appropriate material of the rod
Data 1: The following data were recorded during a tensile test of a 14.0 mm-diameter rod. The
gauge length was 50.0 mm.
Load (N)
Ebngation (mm)
Load (N)
Elongation (mm)
46 200
1.25
6310
0.010
52 400
2.50
12 600
0.020
58 500
4.50
18 800
0.030
65 400
7.50
25 100
0.040
69 000
12.50
31 300
0.050
67 800
15.50
37900
0.060
65 000
20.00
40 100
0.163
61 500
Fracture
41 600
0.433
Transcribed Image Text:Mechanical Pronerties- Tensile Test For each of the data provided, plot the stress-strain diagram and determine from the diagram; Propotional limit b. а. Modulus of elasticity Yield Stress Ultimate stress Fracture stress с. d. е. f. Appropriate material of the rod Data 1: The following data were recorded during a tensile test of a 14.0 mm-diameter rod. The gauge length was 50.0 mm. Load (N) Ebngation (mm) Load (N) Elongation (mm) 46 200 1.25 6310 0.010 52 400 2.50 12 600 0.020 58 500 4.50 18 800 0.030 65 400 7.50 25 100 0.040 69 000 12.50 31 300 0.050 67 800 15.50 37900 0.060 65 000 20.00 40 100 0.163 61 500 Fracture 41 600 0.433
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