Exposure to aggressive environmental conditions and specific loads necessitate precise
material selection and manufacturing techniques. Techniques such as overlamination …

Fiber reinforced plastic (FRP) composites have received extensive attention in the auto
industry and aviation field. For realizing the mechanical joining of fiber reinforced plastic …

Electromagnetic riveting (EMR) can effectively form large-diameter rivets and produce high-
quality joints. In this paper, the effect of rivet arrangement on fatigue performance of …

The size parameter is quite significant for the performance of adhesive joint. In order to
investigate the effect of size parameters on the mechanical property and failure behavior of …

Electromagnetic riveting (EMR) has advantages in joining dissimilar materials due to the
stable forming and uniform hole expansion. In this paper, CFRP and Al sheets were joined …

The CFRP/Al countersunk rivet joints are one of the most fatigued dangerous points of the
aircraft fuselage. To deeply investigate the failure mechanisms of the riveted joint structures …

CFRP/Al countersunk riveting can meet the requirements of aircraft aerodynamic shape and
lightweight joining. This paper reports an experimental study on the forming mechanism and …

This paper reports an experimental investigation into mechanical behaviors and failure
mechanisms of different joint methods for dissimilar materials, including adhesive joints, rivet …

Riveting process is widely used to join sheets by using rivets. It can be used in many fields
due to its simple process, easy disassembly, and high reliability. In addition, it has …

This study aims to investigate the fatigue degradation of carbon fibre reinforced plastic
(CFRP) composite and aluminum (CFRP/Al) adhesively-bonded joints after certain levels of …