-
9th International Symposium 2012
Effect of material flow formation of weld interface between aluminum and steel by friction stirring
ArticleButt joints were fabricated between A6063 aluminium alloys and S45C mild steel by friction stir welding (FSW) and the effect of material flow on the weld interface formation was investigated using the stop action technique. FSW experiments were unde…
-
10th International Symposium 2014
Friction stir welding trials were undertaken on AA 7075-T7351 aluminium alloy plates (thickness 9.525 mm) to investigate the influence of backing plate characteristics on heat input and cooling rate. Experiments were performed on an MTI RM2 friction…
-
4th International Symposium 2003
A discussion is presented on research studies carried out to develop friction stir welding (FSW) as a method for the production of thick (50.8-76.2 mm; 2-3 in) aluminium alloy 7050 tailored blanks suitable for use in the aerospace industry. Single r…
-
2nd International Symposium 2000
Friction stir welded joints, produced in an extruded profile of aluminium alloy 6082-T6 using run on and run off plates, were evaluated by measurement of mechanical properties. Plate of 6 mm thickness was welded using a range of process parameters, …
-
13th International Symposium 2024
Additive friction surfacing (AFS) is a variant of friction surfacing (FS) where multiple layers of feedstock material can be deposited to generate a near-net shape part. AFS has the potential to yield significantly higher deposition rates than tradi…
-
7th International Symposium 2008
Metallographic observations, hardness distribution measurements and fatigue tests were undertaken to investigate the discontinuity state related to the crack nucleation site in butt joints fabricated in 2024-T3 aluminium alloys (Al, 3.8-4.9%Cu, 1.2-…
66 results
in Symposia Papers