Mechanical Behavior and Performance Analysis of Riveted Joints in Structural Assemblies

Abstract

Riveted joints are a fundamental component in mechanical structures and assemblies due to their ability to provide reliable and durable connections. This study investigates the mechanical behavior and performance characteristics of riveted joints under varying load conditions and material properties. Using experimental data and simulation techniques, such as Finite Element Analysis (FEA), we explore the failure modes, stress distribution, and fatigue life of riveted joints in various configurations. A detailed comparison is made between different rivet materials, joint geometries, and loading conditions to evaluate their impact on joint integrity. The results indicate that optimizing rivet design and placement significantly enhances the strength and durability of mechanical assemblies, offering valuable insights for applications in aerospace, automotive, and civil engineering. The findings contribute to the broader understanding of joint behavior and provide guidelines for the design and implementation of riveted joints in critical structures.