Purenese specificafions, Remember fhat a numberingsystem is not a specification.] Source: 1986 SAE Hondbook, p. 2.15.4TensileStrength,MPa (kpsi) MPa (kpsi)6.7.8.SAE and/or Proces-AISI No.YieldStrength,Elongation in Reduction in2 in, %BrinellHardnessUNS No.singArea, %G100601006HR300 (43)330 (48)170 (24)280 (41)180 (26)300 (44)305586CD204595GI01001010HR320 (47)285095CD370 (53)2040105GI01501015HR340 (50)190 (27.5)2850101CD320 (47)390 (56)400 (58)1840111G101801018HR220 (32)2550116CD440 (64)370 (54)1540126G102001020HR380 (55)210 (30)390 (57)260 (37.5)440 (64)2550111CD470 (68)15401311030470 (68)520 (76)500 (72)550 (80)520 (76)GI0300HR2042137CD1235149GI03501035HR270 (39.5)1840143CD460 (67)1235163G104001040HR290 (42)18401491235170590 (85)570 (82)490 (71)310 (45)530 (771CDG104501045HR1640163630 (91)12351791708 8 888888 8 QUESTION 2Using the maximum-shear-stress (MSS) theory determine the factor of safety for a bar of AISI 1020 cold-drawn steel, seeTable A-20) with the follwoing stresses:OX =204 MPa, oy = -134 MPa

Given data Stresses as σx=204 MPa σy=-134 MPa Now from the table, we get Yield Strength = 260 MPa…

Answered: Using the maximum-shear-stress (MSS)…

Using the maximum-shear-stress (MSS) theory determine the factor of safety for a bar of AISI 1020 cold-drawn steel, see Table A-20) with the follwoing stresses: ox = 204 MPa, oy = -134 MPa

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

Purenese specificafions, Remember fhat a numbering
system is not a specification.] Source: 1986 SAE Hondbook, p. 2.15.
4
Tensile
Strength,
MPa (kpsi) MPa (kpsi)
6.
7.
8.
SAE and/or Proces-
AISI No.
Yield
Strength,
Elongation in Reduction in
2 in, %
Brinell
Hardness
UNS No.
sing
Area, %
G10060
1006
HR
300 (43)
330 (48)
170 (24)
280 (41)
180 (26)
300 (44)
30
55
86
CD
20
45
95
GI0100
1010
HR
320 (47)
28
50
95
CD
370 (53)
20
40
105
GI0150
1015
HR
340 (50)
190 (27.5)
28
50
101
CD
320 (47)
390 (56)
400 (58)
18
40
111
G10180
1018
HR
220 (32)
25
50
116
CD
440 (64)
370 (54)
15
40
126
G10200
1020
HR
380 (55)
210 (30)
390 (57)
260 (37.5)
440 (64)
25
50
111
CD
470 (68)
15
40
131
1030
470 (68)
520 (76)
500 (72)
550 (80)
520 (76)
GI0300
HR
20
42
137
CD
12
35
149
GI0350
1035
HR
270 (39.5)
18
40
143
CD
460 (67)
12
35
163
G10400
1040
HR
290 (42)
18
40
149
12
35
170
590 (85)
570 (82)
490 (71)
310 (45)
530 (771
CD
G10450
1045
HR
16
40
163
630 (91)
12
35
179
170
8 8 888888 8

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