Multiscale Computational Analysis of Mechanical Properties in Graphite Nano-Composites Using ANSYS for Enhanced Structural Performance

Abstract

This paper investigates the advancements in engineering materials and the application of the Finite Element Method (FEM) in structural analysis. It focuses on the significant material science developments during World War II, emphasizing the creation of superalloys, composites, and nanomaterials, and their pivotal roles in the aerospace and nuclear sectors. The study explores the adaptability and challenges of FEM in analyzing complex structures, utilizing ANSYS software for evaluating two different material specimens: one without nanofillers and another infused with silicon dioxide nanofillers. The research underscores the importance of accurate modeling and analysis in engineering design and the critical role of FEM in predicting composite material behaviors under varied conditions, while also reflecting on the historical evolution of these materials and methodologies and their impact on contemporary engineering and technology.