Computational Materials Science and Multiscale Modelling

This session examines computational approaches used to understand, predict and design materials across atomic, microscopic and macroscopic scales. It includes density functional theory, molecular dynamics, finite-element analysis, phase-field modelling, multiphysics simulation, multiscale methods and computational evaluation of materials processing and performance. 

Abstract Scope and Participation 

Computational scientists, materials researchers, engineers and interdisciplinary teams are invited to participate. Abstracts may address theoretical methods, simulation tools, structure–property relationships, process modelling, experimental validation and computational strategies that accelerate materials discovery, optimization and industrial development.