Simulation of dendritic growth of multicomponent alloys using phase-field method;

Simulation of effect of latent heat release on solidification process of multicomponent alloys with phase-field method;

The preparation of multicomponent alloy can optimize material compositions and improve thermoelectric properties.

The rapid dendrite growth of multicomponent alloys is an important research subject in the field of materials science.

The research status of electroless Ni–P composite plating on magnesium alloy was introduced, including the electroless double-layer composite plating, electroless multicomponent alloy composite plating and electroless powder composite plating.

The construction and application of the many-body potential for the Fe-Cr-V-Ni-Si-C system multi-component alloy;

Geometry optimization of multi-component alloy clusters;

The electroless plating experimental data of 60 multi-component alloys were analyzed.

The non-equilibrium solidification path of steel AH36 under the specific cooling rate has been numerically calculated by application of the micro segregation mathematic model for solidification of multi-element alloy in the mushy zone.

This is a preliminary investigation of alloy design for multi-element alloys at electronic and atomic scale.

The microstructures and mechanical properties resulted by the multi-alloying and complex-modifying process treatments as well as hammer operating process and performance that use the high chromium cast irons were presented.