TC4 titanium alloy and L5 pure aluminum are joined by friction welded and then post-welding tempering treatment have been conducted.

Effects of simultaneously imposing high magnetic field and alternative current on solidification structures of pure aluminum;

Using flame atomic absorption spectrometric method to detect magnesium contented in aluminum and aluminum alloy;

Influence of High Density Pulse Electric Current on Solidified Aluminum Structure and Undercooling Degree;

Photo-catelectrode protection of TiO_2 coating on pure aluminium;

The structure of local transgranular deformation in polycrystalline pure aluminium;

Grain refinement of pure aluminium has long been a hot research area for aluminium factories and researchers.

Influence of strain rate on microstructure of pure aluminum in the process of equal channel angular pressing;

Effect of ultrasonically melt treatment method on solidification structure of pure aluminum ingot;

Effect of melt treatment method on degassing efficiency of ultrasonically refined pure aluminum ingots;

In the framework of rate dependent crystal plasticity theory, two polycrystal models were incorporated into finite element code ABAQUS to realize the uniaxial compression simulation of pure Al by crystal plasticity finite element method (CPFEM).

In-situ TEM tension was used to observe the deformation of bulk pure Al and that constrained by bi-interface.

Elastic-plastic large deformation finite element (FE) analysis was conducted on the crack-tip stress field of pure Al sheet in LY12/A1/LY12 sandwich specimen with a strength mismatch and fatigue pre-crack under plane strain condition.

Effect of rare earth and Cu elements on the performance of industrial aluminium;

Effect of Al-Ti-B and Cu on the Properties of the Commercial Aluminium;

A study has been performed relating to the micromechanisms of cyclic deformation in polycrystalline copper and aluminium under low cycle impact fatigue (LCIF) loading.