Finite Element Methods for Modern Engineering Applications

Abstract

This presentation discusses the application of finite element methods to a diverse range of modern engineering problems, emphasizing solid mechanics, multiphysics coupling, and surface/interface interactions. The authors integrates computational modeling with experimental validation to optimize structures and materials inspired by biological systems and industrial needs. Key studies include bio-inspired aircraft wing architectures for enhanced aerodynamic efficiency, advanced truck-chassis design for structural performance, additive-based electrodeposition for electronic interconnects, and tribological analysis of 3D-printed outsole treads. Additionally, gecko-inspired surface microstructures are explored for controlled friction and adhesion, illustrating the power of FEA in advancing bioinspired and functional engineering design.