The load bearing capacity in lamellar tearing is one of the key mechanical properties for the
friction stir lap welding which has not been investigated before. Both numerical model and …

The morphology of lap interface is the key factor to affect the tensile properties of friction stir
lap welding (FSLW) joint. Choosing the pin length as research object, effects of material …

Under tensile shear loading, fracture modes of dissimilar lap welds produced by friction stir
scribe technology were studied. Three fracture modes were observed. For zone A fracture …

Clamping scheme may change the local stiffness and affect the welding deformation which
is very important for the large thin-walled joints connected by friction stir welding with heavy …

The effect of five different stirring times of friction stir spot welding on lap-shear specimens of
Al 6061-T6 alloy has been experimentally analyzed. The welding condition with 2 s of …

Recently, friction stir welding of dissimilar materials has emerged as one of the most
significant issues in lightweight, eco-friendly bonding technology. In this study, we welded …

Friction stir lap welding of 7B04 aluminum alloy was conducted in the present paper, and the
effect of pin length on hook size and joint properties was investigated in detail. It is found that …

In order to study the effect of plastic deformation on the banded texture and flashes in friction
stir welding process, a three-dimensional Lagrangian incremental finite element model was …

In this research, the fatigue behavior of the friction stir spot welding (FSSW) is analyzed
experimentally and numerically in the lap-shear specimens of Al 6061-T6 alloy. The micro …

This article presents the numerical investigation of the stirred zone shape and its effects on
the mechanical properties of the weld joint in the friction stir welding process using …