Advancements in Steel Structural Refinement: On-Demand Oral Presentations
Sponsored by: AIST: Metallurgy—Processing, Products and Applications Technology Committee
Program Organizers: Charles Enloe, Steel Dynamics; Emmanuel De Moor, Colorado School of Mines; Jianfeng Wang, General Motors Global Research and Development; Jose Rodriguez-Ibabe, RIcon; Steven Jansto, Research and Development Resources
Friday 8:00 AM
October 22, 2021
Room: On-Demand Room 8
Location: MS&T On Demand
New Modelling Tools for Nb Microalloyed Plate Rolling Design: Beatriz Pereda1; Jose Rodriguez-Ibabe1; Marcelo Rebellato2; Pello Uranga1; 1CEIT and TECNUN (University of Navarra); 2RMS
Computer models for microstructural evolution simulations have been extensively studied and implemented from laboratory facilities to steel industry. The development of new steel grades are an effective driving force for a continuous improvement of models available in the market. In the case of plate production for structural, naval or energy applications where toughness properties are demanding, the use of niobium as microalloying element is of general use for different alloy design concepts. Nb microalloying improves not just the average grain size but also the homogeneity of grain size distributions. Both factors are key to control toughness related properties such as Charpy or drop-weight performance.In this context, Steel-MS Plate Mill software, also known as MicroSimPM, is a model developed using worldwide industrial and academic experience. The model provides the possibility to predict austenite grain size distribution evolution as well as the through-thickness microstructural gradient predictions for plate rolling conditions