1.(a) Calculate the amounts of ferrite, cementite, primary microconstituent, and pearlite in thefollowing steelsi)ii)iii) 109510151035The microstallov corautectoid ferrite ond peorlite: phaseTÇFIron -carbon phase diagram2802°F (1539°C16002912L+ö2719°F (1493°C)14002552°F (1400°C)0.16%Y+L,L+Fe3C21924.3%2097°F (1147°C)2.06%1200Асм1832Аз.10001670°F (910°C)Austețite + cementite+ledeburite Cementite + ledeburite14728001333°F(723°C)0.025%1112p.83%A2= 1418"F(770°C)600752A1, A2400Cementite + pearlite + transformed ledeburite392200FezC323566.67%Carbon,%Figure Fe - C phase diagramPerlite+feritePerlite+cementite

Given data: Steels101510351095 Need to determine the amounts of ferrite, cementite, primary…

Answered: 1. (a) Calculate the amounts of…

1. (a) Calculate the amounts of ferrite, cementite, primary microconstituent, and pearlite in the following steels i) ii) iii) 1095 1015 1035

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

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Question

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1.
(a) Calculate the amounts of ferrite, cementite, primary microconstituent, and pearlite in the
following steels
i)
ii)
iii) 1095
1015
1035
The microst
allov cor
autectoid ferrite ond peorlite:

phase
TÇF
Iron -carbon phase diagram
2802°F (1539°C
1600
2912
L+ö
2719°F (1493°C)
1400
2552°F (1400°C)
0.16%
Y+L,
L+Fe3C
2192
4.3%
2097°F (1147°C)
2.06%
1200
Асм
1832
Аз.
1000
1670°F (910°C)
Austețite + cementite+ledeburite Cementite + ledeburite
1472
800
1333°F(723°C)
0.025%
1112
p.83%
A2= 1418"F(770°C)
600
752
A1, A2
400
Cementite + pearlite + transformed ledeburite
392
200
FezC
32
3
5
6
6.67%
Carbon,%
Figure Fe - C phase diagram
Perlite+ferite
Perlite+cementite

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