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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