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Formation mechanism of surface cracks and subsurface cracks in SAE1548: Medium carbon sulfur-containing V-N micro-alloyed bloom - ScienceDirect

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Formation mechanism of surface cracks and subsurface cracks in SAE1548:  Medium carbon sulfur-containing V-N micro-alloyed bloom - ScienceDirect

Investigation of Cracking Behavior of Fe–6.7 Wt Pct Si Manufactured Using Laser Powder Bed Fusion

Formation mechanism of surface cracks and subsurface cracks in SAE1548:  Medium carbon sulfur-containing V-N micro-alloyed bloom - ScienceDirect

High-temperature internal oxidation behavior of surface cracks in low alloy steel bloom - ScienceDirect

Formation mechanism of surface cracks and subsurface cracks in SAE1548:  Medium carbon sulfur-containing V-N micro-alloyed bloom - ScienceDirect

PDF) Role of Microstructural Constituents on Surface Crack Formation During Hot Rolling of Standard and Low Nickel Austenitic Stainless Steels

Formation mechanism of surface cracks and subsurface cracks in SAE1548:  Medium carbon sulfur-containing V-N micro-alloyed bloom - ScienceDirect

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Formation mechanism of surface cracks and subsurface cracks in SAE1548:  Medium carbon sulfur-containing V-N micro-alloyed bloom - ScienceDirect

Damage micromechanisms of stress corrosion cracking in Al-Mg alloy with high magnesium content - ScienceDirect

Formation mechanism of surface cracks and subsurface cracks in SAE1548:  Medium carbon sulfur-containing V-N micro-alloyed bloom - ScienceDirect

Analysis of Cold Forming Surface Crack of High-Strength Low-Alloyed Steel Produced by TSCR Process

Formation mechanism of surface cracks and subsurface cracks in SAE1548:  Medium carbon sulfur-containing V-N micro-alloyed bloom - ScienceDirect

Typical fatigue fracture surface SEM morphology of surface crack

Formation mechanism of surface cracks and subsurface cracks in SAE1548:  Medium carbon sulfur-containing V-N micro-alloyed bloom - ScienceDirect

PDF) Role of Microstructural Constituents on Surface Crack Formation During Hot Rolling of Standard and Low Nickel Austenitic Stainless Steels

Formation mechanism of surface cracks and subsurface cracks in SAE1548:  Medium carbon sulfur-containing V-N micro-alloyed bloom - ScienceDirect

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Formation mechanism of surface cracks and subsurface cracks in SAE1548:  Medium carbon sulfur-containing V-N micro-alloyed bloom - ScienceDirect

Hot ductility behavior of medium carbon sulfur-containing alloy steel - ScienceDirect