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Q6 Use the Iron carbon diagram to find 4 of the following. 1- The range of solidification temp. (start to end of solidification) for cast iron with 3% C. 2- The solid and liquid percent for Cast Iron with 2.7% C at 1320 °C. 3- Draw the expected microstructure at room temp. for hypo-eutectoid steel with 0.7%C. 4- Draw the expected cooling curve from the melting point to room temp. for cast iron with 4.3%C. 5- The steps and the allotropy change for steel with 0.01% C.

Q6 Use the Iron carbon diagram to find 4 of the following. 1- The range of solidification temp. (start to end of solidification) for cast iron with 3% C. 2- The solid and liquid percent for Cast Iron with 2.7% C at 1320 °C. 3- Draw the expected microstructure at room temp. for hypo-eutectoid steel with 0.7%C. 4- Draw the expected cooling curve from the melting point to room temp. for cast iron with 4.3%C. 5- The steps and the allotropy change for steel with 0.01% C.

Elements Of Electromagnetics
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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Q6 Use the Iron carbon diagram to find 4 of the following. ( 1- The range of solidification temp. (start to end of solidification) for cast iron with 3% C. 2- The solid and liquid percent for Cast Iron with 2.7%C at 1320 °C. 3- Draw the expected microstructure at room temp. for hypo-eutectoid steel with 0.7%C. 4- Draw the expected cooling curve from the melting point to room temp. for cast iron with 4.3%C. 5- The steps and the allotropy change for steel with 0.01%C.
Transcribed Image Text:Q6 Use the Iron carbon diagram to find 4 of the following. ( 1- The range of solidification temp. (start to end of solidification) for cast iron with 3% C. 2- The solid and liquid percent for Cast Iron with 2.7%C at 1320 °C. 3- Draw the expected microstructure at room temp. for hypo-eutectoid steel with 0.7%C. 4- Draw the expected cooling curve from the melting point to room temp. for cast iron with 4.3%C. 5- The steps and the allotropy change for steel with 0.01%C.
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