Please solve this question in material science Mohamad Zbib:Given an iron-carbon alloy that isheated at 770°C and has been heldat this temperature long enough tohave achieved a complete andhomogeneous austenitic structure.What would be the microstructure,and the percentage, in each of thefollowing cases?(a) Cool a sample rapidly to 600°Cand hold for 5s.(b) Cool another sample rapidly to500°C, hold for 100s, and thenquench to 100°C.(c) Cool another sample rapidly to300°C, hold for 10s, and thenquench it rapidly to roomtemperature.(d) Quench another sample to100°C within less than a second.(e) Reheat the sample from part (c)to 300°C for an hour.

As per Bartelby guidelines for answering multiparts, i am answering only three subparts. Given:…

Answered: Given an iron-carbon alloy that is…

Given an iron-carbon alloy that is heated at 770°C and has been held at this temperature long enough to have achieved a complete and

Welding: Principles and Applications (MindTap Course List)

8th Edition

ISBN:9781305494695

Author:Larry Jeffus

Publisher:Larry Jeffus

Chapter26: Welding Metallurgy

Section: Chapter Questions

Problem 12R: What is a eutectic composition?

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Concept explainers

Thermal Properties of Materials

In mechanical engineering, the thermal property is represented as the physical quantity that is relevant to the application of heat. The thermal properties are evaluated by variations in any specific material due to low heat or high heat. The quantities that influence the thermal property of the materials are mass, density, temperature, and many others.

Question

Please solve this question in material science

Mohamad Zbib:
Given an iron-carbon alloy that is
heated at 770°C and has been held
at this temperature long enough to
have achieved a complete and
homogeneous austenitic structure.
What would be the microstructure,
and the percentage, in each of the
following cases?
(a) Cool a sample rapidly to 600°C
and hold for 5s.
(b) Cool another sample rapidly to
500°C, hold for 100s, and then
quench to 100°C.
(c) Cool another sample rapidly to
300°C, hold for 10s, and then
quench it rapidly to room
temperature.
(d) Quench another sample to
100°C within less than a second.
(e) Reheat the sample from part (c)
to 300°C for an hour.

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