September 10, 2025CrystalsOpen Access

Research Advancements in High-Temperature Constitutive Models of Metallic Materials

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Overview of experimental methods and constitutive models for high-temperature metallic materials, indicating optimization potential.

The study highlights advancements in constitutive models for metallic materials used at high temperatures, aiding in better predictions of material behavior.
It provides essential data from various high-temperature tests, including hot compression and torsion, key for model development.
A review of different types of constitutive models, including Arrhenius and machine learning approaches, underscores their practical applications.
The integration of these models into finite element analysis software can significantly enhance the efficiency of metal processing technologies.

Ding et al. (2025) studied this question.

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