<b> </b> The S45C steel plate and arc quenching process: (a) S45C steel plate, (b) arc quenching machine, (c) arc quenching surface, and (d) position of hardness pathways quenching by arc energy.

<b> </b> The S45C steel plate and arc quenching process: (a) S45C steel plate, (b) arc quenching machine, (c) arc quenching surface, and (d) position of hardness pathways quenching by arc energy.

<p><b> </b> The S45C steel plate and arc quenching process: (a) S45C steel plate, (b) arc quenching machine, (c) arc quenching surface, and (d) position of hardness pathways quenching by arc energy.</p>

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Bibliographic Details
Main Author:	Van-Thuc Nguyen (19469762) (author)
Other Authors:	Dang Thu Thi Phan (21464504) (author), Huynh Do Song Toan (21464507) (author), Tran Thai Son (21464510) (author), Pham Son Minh (19469756) (author), Nguyen Ho (20371089) (author)
Published:	2025
Subjects:	Biotechnology Science Policy Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified standard examination method 6 &# 8201 1200 &# 956 phases &# 8217 6 hrc compared 5 &# 8201 electric arc method gas flow rate brown bainite phase brighter ferrite phase 150 &# 8201 arc length causes unhardened surface hardness surface hardness achieved microstructure also help arc quenching parameters gas flow arc length surface hardness two phases help engineers greatest hardness 5 l 18 hrc arc quenching xlink "> travel speed thereby making significant variations s45c steel rapid heating rapid dropping ranked fourth pulse time original microstructures optimum values moderate dropping microhardness diagram highest value hardened sample greatest effect four stages diversity results curved shape current intensity cooling rates closer look case depth carbon steel better understand
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