Application of high-throughput computing technology in the research and development of steel products
The high-throughput computing technology in material genome engineering plays an important role in the research and development of steel products,which can help researchers gain a deeper understanding of the properties and behaviors of materi-als,such as composition design,phase diagram calculation,mechanical performance prediction,microstructure simulation,ther-modynamic and kinetic analysis,etc.It accelerates the development process of new materials,improves the performance and quality of steel products,provids strong support for the sustainable development of the steel industry.On the basis of summari-zing and analyzing the basic theories and methods,key technologies,and development status of high-throughput computing tech-nology,the application ideas of high-throughput computing technology in the research and development of steel products was pro-posed.In the short term,high-throughput computing technology can shorten the research and development cycle while reducing costs.In the long term,it can also achieve on-demand design of steel products,enrich the steel material database,and provide methods and basis for subsequent material development.
material genome engineeringhigh-throughput computingapplication statussteel productsdevelopment ideas
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