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Search results for keyword: 65si2mnwa
Metallographic diagram of 65si2mnwa (1100℃×1h+450℃×5s water cooling)
, Abstract The microstructure and phase composition of 65si2mnwa after subjected to 1100℃×1h+450℃×5s water-cooled was investigated with optical microscopy and X-ray diffraction. The microstructure consisted of grains, ferrite and fine micro-network carbide. X-ray diffraction analysis indicate......
tags: microstructure phase 65si2mnwa treatment heat grain
21/06/2023
1035
Sophie
Metallographic diagram of 65si2mnwa (1100℃×20min+450℃×2s water cooling)
Metallographic analysis of 65si2mnwa(1100℃×20min+450℃×2s cooling) Metallographic testing is a process of evaluating materials through microscopic analysis. This method of material evaluation is widely used because it is a cost-effective and fast way to observe the behavior of the material and......
Metallographic diagram of 65si2mnwa (1100℃×20min+475℃×5s water cooling)
Preliminary Treatment of 65si2mnwa Steel Thermal treatment, also known as heat treatment, is a process involving physical change of a material subjected to an appropriate combination of temperature, time and cooling. 65si2mnwa steel is a medium-carbon steel alloy containing an elemental compositi......
tags: treatment material steel martensite sample ferrite
21/06/2023
1042
Samantha
Metallographic diagram of 65si2mnwa (after hot rolling)
65si2mnwa (hot rolled) ferrite-pearlite material is characterized by a chemical and microstructural composition that can be used in many applications that require a high strength combination of material properties and weldability. The chemical composition of the grade is 65% Si, 2% Mn, 0.3% Ni, 0.......
tags: material applications strength ferrite pearlite 65si2mnwa
21/06/2023
1041
Emily
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