Numerical simulation by finite element of stainless-steel solidification
Keywords:
Numerical simulation, FEM, solidification, stainless steels.Abstract
The stainless-steel class is known for its resistance to corrosion and oxidation at high temperatures in aqueous media, as well as to impact, and also for its good durability. The solidification process was simulated in transient mode by finite elements of the stainless steel samples, where the thermophysical properties of both the sand mold and the steel were a function of temperature, whose result was the distribution of isotherms and thermal gradient as a function of temperature, and these phenomena can influence the segregation of alloying elements and the structure of the phases formed, and the results obtained computationally were satisfactory compared to experimental results in the literature.
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