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Refinement of the Crystal Structure of Low-Carbon Polycrystalline AISI 420 Martensitic Steel (C = 0.15%)
Although several works have proposed modeling the low-carbon steel lattice parameters considering their carbon content, no detailed information about...
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Fine Structure and Fracture Surface of Low-Carbon Steel Welds
Using the methods of modern physical materials science, the structural phase state, the defect substructure and the fracture surface of low-carbon...
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Hydrogen Embrittlement of the Low-Carbon Steel Produced by Electron Beam Additive Manufacturing
The effect of cathodic hydrogen charging of the Fe-(1.8–2.1)Mn-(0.7–1.0)Si-(0.05–0.11)C low-carbon steel, produced by electron-beam additive...
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Hot Deformation Behavior of Medium Carbon Low Alloy Steel Using Arrhenius and ANN Modeling Methods
Isothermal hot compression tests on medium carbon low alloy steel were carried out over the temperature range from 800 to 1050 °C and the strain...
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Formation of a Martensite-Austenite Constituent in Х65 Low-Carbon Steel Under Thermomechanical Treatment and Welding
The features of formation of a martensite-austenite (M-A) constituent in the X65 steel after its helical rolling and laser welding are studied using...
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Green Graphene-Based Anticorrosive Coating for Carbon Steel in Marine Environment
The use of green graphene (GG), as a green corrosion-resistant material for carbon steel, has recently gained much attention in the scientific...
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Analysis of the Erosion Characteristics and Microstructural Effects of 1.17% Carbon Hyper-eutectoid Steel
This study presents the erosion behaviour of hyper-eutectoid steel against alumina as an erodent. 1.17% carbon hyper-eutectoid steel samples were...
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Investigating the Effects of Induction Heating on Friction Stir Welding of Low-Carbon Steel
Friction stir welding was primarily developed for soft and low-temperature materials. With the help of emergent technologies and growing demand, this...
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Oblique Penetration of Spherical Projectile into Low-Carbon Steel Target: Experiment, Theory, 3D Penetration Model
AbstractTo solve the ballistic limit and trajectory deflection angle of a spherical projectile after oblique penetration of a finite-thickness mild...
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Mesoscale Computational Study of the Parabolic Hardening Stage of Plastic Flow in a Low-Carbon Steel
Based on the recently reported experimental data, the Taylor (parabolic) strain hardening stage of mild steels corresponds to the emergence of nearly...
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Water Parameters’ Impact on the Corrosion Behaviour of High-Carbon Pearlitic Rail Steel
Rail steels are high-carbon steels with a predominantly pearlitic microstructure that are commonly utilized in locomotive tyres and big forging dies....
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Electron-Beam Modification of Carbon Steel Surface
AbstractMechanisms of hardening the carbon steel 45 surface after combined treatment have been elucidated. Combined treatment inclucdes...
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Variations in the Contact Layer Structure of Low-Carbon Steel in Sliding Against a Steel Counterbody with Different Nominal Contact Areas Under a High-Density Electric Current
The changes in the wear and contact structure of steel specimens are determined in dry sliding against steel under an alternating electric current at...
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Structure Formation and Mechnical Properties of Low-Carbon Steel After Lengthwise and Cross Rolling
The paper investigates the microstructure formation, mechanical properties, and cold resistance of the grade X70 low-carbon steel after lengthwise...
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Low-Temperature Tensile and Impact Properties of Fe24Mn0.45C High-Manganese Steel
High manganese steels possess the same (similar) excellent low-temperature properties as nickel-based steels and are of greater research value for...
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Optical Properties of Linear-Chain Carbon Film Deposited on a Steel Sample
AbstractThe optical constants of a linear chain carbon (LCC) film in the spectral range from 248 to 1100 nm (1.13–5.0 eV with a step of 0.1 eV) were...
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Laser oxide reduction during multipass relief forming on carbon steel surface
In the last decade, methods for relief fabrication on the metal surfaces by using the same base metal itself have appeared. The fabrication of...
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Enhancement of TIG welding performance on carbon steel by Taguchi-TOPSIS optimization
In this research, the Taguchi-based TOPSIS technique was utilized to optimize TIG welding parameters for carbon steel. Five Input factors included...
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Electric-Arc Coating with Titanium Carbonitride Nanoparticles Deposited Onto Low Carbon Steel
The paper studies the structure and microhardness of the heat-affected zone, welding area in low carbon and low alloy steel 09G2S (AISI A516 grade...
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The Significance of Retained Austenite in the High Strength and Plasticity of Medium Carbon Q&P Steel
AbstractThe Fe–0.44%C–1.8%Si–1.3%Mn–0.82%Cr–0.28%Mo steel treated by the quenching–partitioning process showed a product of strength and elongation...
