(1 hr.) ,then cooling as the (TTT diagram) as below. find the final structure for each sample. 1- rapid cooling to room temperature. 2- rapid cooling to (690 C) and hold to( 2 hr.), then, rapid cooling to room temperature. 3- rapid cooling to (610 C) and hold to( 3 min.), then, rapid cooling to room temperature . 4- rapid cooling to (580 C) and hold to( 2 sec ), then, rapid cooling to room temperature . 5- rapid cooling to (450 C) and hold to( 1 hr.), then, rapid cooling to room temperature . 6- rapid cooling to (300 C) and hold to( 7 min.), then, rapid cooling to room temperature . rapid cooling to (300 C) and hold to( 5 hr.), then, rapid cooling to -Y room temperature. 800 Eutectoid temperature 1400
(1 hr.) ,then cooling as the (TTT diagram) as below. find the final structure for each sample. 1- rapid cooling to room temperature. 2- rapid cooling to (690 C) and hold to( 2 hr.), then, rapid cooling to room temperature. 3- rapid cooling to (610 C) and hold to( 3 min.), then, rapid cooling to room temperature . 4- rapid cooling to (580 C) and hold to( 2 sec ), then, rapid cooling to room temperature . 5- rapid cooling to (450 C) and hold to( 1 hr.), then, rapid cooling to room temperature . 6- rapid cooling to (300 C) and hold to( 7 min.), then, rapid cooling to room temperature . rapid cooling to (300 C) and hold to( 5 hr.), then, rapid cooling to -Y room temperature. 800 Eutectoid temperature 1400
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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