Different Functions of Nb in Medium Carbon Long Products During Hot Rolling

Bastos, Felipe; Cbmm,; Pereda, Beatriz; López, Beatriz; Rodríguez-Ibabe, J.M.

doi:10.33313/301/017

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“…The program was developed using physical simulation, through several types of torsion tests conducted in the laboratory to develop equations for austenitic microstructures applicable for typical steel compositions, and the deformation conditions employed in the production process of bars. The equations embedded in this model, validated through torsion tests and industrial data, allow for understanding the interaction between different mechanisms that govern microstructural evolution [5].…”

Section: Introductionmentioning

confidence: 99%

Microsim Bars® E Phastransim®: Ferramentas Para Otimização De Ligas, Da Austenita Até a Temperatura Final Ambiente, Microestrutura E Propriedades Para Aços De Baixo Nióbio

Oliveira

2023

ABM Proceedings

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MicroSim Bars® and PhasTranSim® are tools developed to assist R&D engineers in designing steel products with specific metallurgical and mechanical properties. MicroSim Bars® is a modeling tool that simulates the evolution of austenite during hot rolling of steel bars, considering factors like chemical composition, temperature, and deformation conditions. It predicts changes in the steel's microstructure during the rolling process, crucial for determining the final properties of the product. On the other hand, PhasTranSim® is a simulation tool that focuses on phase transformations in steels after hot rolling, considering the transformation from austenite to ferrite, pearlite, bainite or M/A constituents. It helps R&D engineers to understand how changes in process conditions impact the steel's microstructure and mechanical/metallurgical properties. These tools aid in efficiently developing steel products with desired characteristics while it is possible to reduce the costs. This paper will explain these tools, the validation for their development and will explore a real case where the alloy design was optimized with a possible cost reduction.

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Section: Introductionmentioning

confidence: 99%

Microsim Bars® E Phastransim®: Ferramentas Para Otimização De Ligas, Da Austenita Até a Temperatura Final Ambiente, Microestrutura E Propriedades Para Aços De Baixo Nióbio

Oliveira

2023

ABM Proceedings

View full text Add to dashboard Cite

show abstract

Different Functions of Nb in Medium Carbon Long Products During Hot Rolling

Cited by 1 publication

References 0 publications

Microsim Bars® E Phastransim®: Ferramentas Para Otimização De Ligas, Da Austenita Até a Temperatura Final Ambiente, Microestrutura E Propriedades Para Aços De Baixo Nióbio

Microsim Bars® E Phastransim®: Ferramentas Para Otimização De Ligas, Da Austenita Até a Temperatura Final Ambiente, Microestrutura E Propriedades Para Aços De Baixo Nióbio

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