Akademik Veri Yönetim Sistemi
International Journal of Advanced Manufacturing Technology, 2026 (SCI-Expanded, Scopus)
This study provides a systematic review of the key parameters influencing the mechanical performance of riveted joints. The analysis demonstrates that riveting force, rivet type and material, assembly method, geometric configuration (pitch, alignment, edge distance, angle, and orientation), and stresses generated during assembly play decisive roles in determining joint strength. Findings indicate that optimal parameter selection enhances fatigue life and structural reliability, whereas excessive squeezing force may cause fretting wear, hole deformation, and strength reduction. Furthermore, advanced techniques such as electromagnetic riveting are shown to deliver superior tensile and shear strength, along with improved microstructural uniformity, compared to conventional methods. An evaluation of studies showed that most were research articles, and roughly half combined experimental and theoretical methods. The majority of publications were concentrated between 2020 and 2025, where squeezing force emerged as the most frequently analyzed parameter, followed by hole properties and riveting sequence/style. Overall, the results highlight prevailing research trends while identifying the parameters that should be prioritized for optimizing the strength and reliability of riveted joints.