In this study, dissimilar friction stir welding of mild steel and A7075 aluminum alloy was
conducted at a constant tool rotational speed (900 rpm) and different welding speeds of 100 …

In nuclear reactors, hydrides can form in fuel cladding due to hydrogen absorption in
Zircaloy and cause embrittlement. This work presents a microstructure-based finite element …

Abstract The three-dimensional (3D) microstructure of a friction stir assisted scribe technique
(FaST) weld interface consisting of AZ31 magnesium (Mg) alloy and zinc (Zn)-coated DP590 …

Friction stir welding (FSW) of titanium alloy was carried out using liquid cooling of the FSW
tool made of heat-resistant nickel superalloy. Cooling of the nickel superalloy tool was …

Brass sheet is added into the joining location in friction stir welding (FSW). Brass reinforced
Al matrix composite is then formed in the FSW nugget zone with brass. A new microstructure …

In this study, the friction stir-assisted scribe technique was used to achieve a viable joint
between AZ31 magnesium alloy and uncoated DP590 steel. The mechanical properties and …

The popularity of crystal plasticity finite element method (CPFEM) models is increasing due
to their ability to predict the mechanical response of crystalline materials such as metals and …

Ductile fracture of two high-strength aluminium alloys in temper T6 is investigated using
heuristic extensions of the Gurson model with non-quadratic yield criteria. Simulations of …

This work developed a microstructure-based finite element model to predict the stress state
of alloys with second phase inclusions. Quantitative microstructural details were extracted …