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Search results for keyword: 18cr2ni4wa
Effect of overheating on the mechanical properties of 18cr2ni4wa steel during forging
Effects of Overheating on Mechanical Properties of 18cr2ni4wa Steel during Forging Abstract This paper explores the effects of overheating on the mechanical properties of 18cr2ni4wa steel during forging. Experiments have shown that the heating temperature of 18cr2ni4wa steel has a significant in......
Influence of overheating on the mechanical properties of 18cr2ni4wa steel during forging
The Impact of Overheating on the Mechanical Properties of 18cr2ni4wa Steel Abstract The process of hot forging a steel piece is an essential pre-treatment for its further processing. During the process, if the temperature of the forging becomes too high, the mechanical properties of the steel pi......
Rolling Characteristics of 18cr2ni4wa Steel
Rolling Characteristics of 18cr2ni4wa Steel 18cr2ni4wa steel is one of the most commonly used ferritic stainless steels, designed to provide excellent corrosion resistance in a broad range of applications, especially in severe environments such as offshore and marine applications. It has a low ca......
tags: steel rolling 18cr2ni4wa rolling steel roll
1030
Alice
Metallographic diagram of granular bainite 18cr2ni4wa (air-cooled at 190°C)
, Title: Microstructural Analysis of 18cr2ni4wa Granular Bainite at 190℃ Abstract: This study examines the microstructure of 18cr2ni4wa granular bainite at 190℃. Reverse-Quenching experiments were conducted in order to identify the heat treatment parameters required to produce an acceptable mic......
tags: bainite microstructure 18cr2ni4wa ferrite lath austenite
21/06/2023
1041
Emily
Metallographic diagram of granular bainite 18cr2ni4wa (furnace cooled at 950°C)
18cr2ni4wa is a cast austenitic heat-resistant steel with good metallurgical properties and reasonable mechanical properties. This steel is commonly used for components operating at temperatures up to 950°C in the aerospace, power generation and nuclear industries. The microstructure of this stee......
tags: can sample grain bainite ferrite structure
21/06/2023
1037
Hannah
Metallographic diagram of 18cr2ni4wa (quenching and tempering after carburizing at 880°C)
Microstructure of 18cr2ni4wa (after Quenching and Tempering at 880℃) 18cr2ni4wa (18cr2ni4wa) is an austenitic stainless steel alloy. It is a type of stainless steel alloy which has the high strength, excellent corrosive resistance and formability. It is used in oil and gas piping systems, chemic......
tags: alloy 18cr2ni4wa microstructure steel 20cr2ni4wa wear
19/06/2023
1058
Emma
18cr2ni4wa (quenching and tempering after carburizing) metallographic diagram
Cr18cr2ni4wa(Carburized and Hardened) Microstructure Steel is a very versatile material that is used for a vast range of purposes. Cr18cr2ni4wa (Carburized and Hardened) is one of the more robust steels that can be used in a range of applications, such as automotive and architectural components. ......
tags: layer steel microstructure steel carbon 18cr2ni4wa
19/06/2023
1040
Lily
Metallographic diagram of 18cr2ni4wa (laser surface quenching after quenching and tempering)
18cr2ni4wa (Surface Laser Tempered) Microstructure The 18cr2ni4wa steel is a chromium-molybdenum-nickel alloy which is used for a variety of applications including aircraft and motor vehicle parts. The alloy is well known for its impressive toughness, ductility and strength, allowing it to be use......
tags: 18cr2ni4wa wear laser hardening tempering after
19/06/2023
1089
Sophie
18cr2ni4wa metallographic diagram
Introduction A micrograph is a photograph taken through a microscope. A metals micrograph is a photo taken through an optical microscope using a polarization changing tool. The 18cr2ni4wa macroscopic has a study of ferrite and pearlite phases grains, distribution and size. It can be determined us......
tags: 18cr2ni4wa steel microstructure line good 18cr2ni4wa
19/06/2023
1053
Megan
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