Friction stir welding has been attempted to evaluate joint strength of lap joint between
aluminum sheet (AA6063) and zinc-coated steel (HIF-GA) sheet under different combination …

Friction is an important factor that causes frictional heat generated in the friction stir welding
process and makes the joint between work pieces. The objective of the present work is …

The welding of a lap joint of a commercially pure aluminum plate to a low carbon steel plate
(ie, Al plate top, and steel plate bottom) was produced by friction stir welding using various …

The effect of the rotational speed and dwell time on the joint interface microstructure and
tensile-shear strength of friction stir spot welded Al-5083 aluminum/St-12 steel alloy sheets …

In this study, Al-5083 and St-12 alloy sheets were friction stir lap welded at different travel (7–
23 cm min− 1) and rotation (750–1125 rev min− 1) speeds of the welding tool. The welded …

The heights of deformed interface and surface affected the tensile shear load of lap joints
fabricated by friction stir welding. The influences of shoulder diameter, weld pitch and …

In this work, friction stir spot welding with 1.6 mm thickness of the 2024-T3 aluminum alloy is
carried out. The effects of the tool rotational speed and shoulder penetration depth on …

In the present investigation, friction stir spot welding on annealed aluminum alloy AA5754
sheets was performed. The influences of the tool rotational speed and tool stirring (dwell) …

In this paper, the effect of tool tilt angle on tensile-shear failure load and weld zone
properties for 1050 aluminum plates, welded by friction stir lap welding, were investigated …

Friction stir welding has been used to produce a lap joint between aluminum alloy AA6061-
T6 and stainless steel AISI 304. The effect of welding and rotational speeds on axial force …