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Cold deformed structure of metal
Cold Deformation of Metals Metals are typically heated to a high temperature in order to be pliable enough to be formed by various metalworking techniques. When metal is heated it is said to be annealed, so that it becomes softer and easier to work with. However, some metalworking techniques mak......
tags: process cold used metal deformation temperature
22/06/2023
1053
Lila
00Cr25Ni5Mo2N (1030 ℃ solution treatment, water cooling) metallographic diagram
The microstructure of the Cr25Ni5Mo2N stainless steel is determined by examining the micrograph of a polished cross-section sampled after solution at 1030℃ followed by water quenching. It has been found that overall, the microstructure of the material is a bar-like along the long axis of the samp......
tags: ferrite martensite laths elements small carbides
22/06/2023
1058
Lucy
00Cr25Ni7Mo4N chemical composition and microstructure
Chemical Composition and Microstructure of SUS 310S SUS 310S is an austenitic stainless steel commonly used in industrial furnaces, petrochemical plants and flare stacks for its good oxidation resistance and high-temperature strength. It is often mistakenly referred to as “super” stainless stee......
tags: its sus 310s cr25ni7mo4n austenite steel
22/06/2023
1060
Oliver
Fracture Analysis of 45 Steel Fatigue Specimen
Ductile-brittle Transition and Fracture Microstructure Analysis of 45 Steel Fatigue Specimens Abstract This paper mainly studies the fracture mechanism and ductile-brittle transition of 45 steel fatigue specimens from 980-1150 MPa stress levels. Modes of fracture, fracture surfaces, and fracture......
tags: fracture specimens stress fracture fatigue surface
22/06/2023
1064
Harrison
Metallographic diagram of 60 steel (annealed at 810°C)
Introduction A number of studies have been conducted on the subject of the microstructures of AISI 8660 grade steel after heat treatment of 810°C. By conducting these studies, the researchers have been able to determine the various structures of the sample, which is of interest to scientists wit......
tags: microstructures steel aisi distributed ferrite steel
21/06/2023
1076
Claire
Metallographic diagram of Cr12MoV (tempered three times at 520°C after vacuum quenching at 1020°C)
Microstructure of Cr12MoV after Vacuum Heat Treatment and Reheating Cr12MoV is a kind of steel with excellent wear and corrosion resistance, making it a popular material for use in various technologies and engineering research. In order to maximize its performance, it is often heat treated under ......
tags: vacuum heat its austenite cr12mov retained
21/06/2023
1050
Oliver
Metallographic diagram of granular bainite 5CrMnMo
Grain Boundary Structures in 5CrMnMo Grain boundaries are the interfaces between individual grains within a microstructural sample of a material. Grain boundaries are typically composed of atomic planes that are not commensurate between the two grains, causing a local difference in lattice parame......
tags: boundaries grain 5crmnmo martensite lath alloy
21/06/2023
1067
Lily
Metallographic diagram of granular bainite CrMo
Grain-Boehmite of CrMo Metallographic Sample CrMo is an alloy of chromium and molybdenum commonly used in the manufacture of engine parts, tools, and other machine parts. In this paper, we will be studying a grain-Boehmite of CrMo, a metallographic sample consisting of small grains of the materia......
tags: sample crmo grains size precipitate crmo
21/06/2023
1050
Benjamin
GCr15 (spheroidizing heat treatment process) metallographic diagram
Introduction GCr15 steel is a carbon-chromium bearing steel widely used in bearing manufacturing and machine component manufacturing, and is often heat treated for improved strength and wear resistance. Through the process of hardening, quenching, and tempering, GCr15 steel components can be grea......
tags: steel gcr15 components heat steel surface
21/06/2023
1047
Emily
Microstructure of two-phase metallic materials after deformation
Introduction The microstructure of metal materials is important for the study of their mechanical properties, such as strength and hardness. The microstructure of metal materials is affected by various factors, such as alloying elements, heat treatment, and plastic deformation. In this experiment......
tags: deformation plastic materials materials more two
21/06/2023
1047
Megan
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