<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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