Tensile deformation of two experimental high-strength bainitic low-alloy steels containing silicon

Enhanced Low-Temperature Tensile Properties of Fe-14Cr-(4^|^sim;9)Ni Weld Metal by Retained Austenite

“…This research confirms that SIMT can effectively enhance the uniform elongation and strength-ductility balance (Ref [1][2][3][4][5][6][7][8][9][10]. By utilizing this benefit, TRIP steels have been developed.…”

Theoretical design and advanced microstructure in super high strength steels

“…In previous research carried out by Bhadeshia and Edmonds [6,7] and Miihkinen and Edmonds [14][15][16], it was found that carbide free bainite is in principle an ideal microstructure from many points of view. In particular, the steel has a high resistance to cleavage fracture and void formation due to the absence of carbides.…”

Carbide-Free Bainite: Compromise between Rate of Transformation and Properties

“…[7,22,[32][33][34] The data are plotted in Figure 1. They correspond to a variety of silicon-rich steels with the carbide-free bainite; much of the variation in the transformation temperature is due to differences in the carbon concentrations of the alloys.…”

“…The value Co % 1 wt pct was found to accelerate the bainitic transformation and increase the bainitic range, i.e., the difference between B S and M S temperatures, and thus is used as the optimum value for the next step. [7,22,[32][33][34] as a function of transformation time. The curves represent ±1 r confidence limits obtained by subjecting the data to a neural network analysis.…”