Microstructure Evolution of a New Biomedical Titanium Alloy with Aging Treatment;

Rheological behavior and microstructure evolution of continuous roll-casting process;

Continuous cooling transformation and microstructure evolution of 800MPa grade TRIP steel by simulating TSCR;

Reheating technology and microstructural evolution of semi-solid AZ61 magnesium alloy during reheating in semi-solid state;

Damping capacities of supersaturated ZAC27 alloy and its relation with microstructural evolution;

The microstructural evolution of SiC_P/AZ61 magnesium matrix composites during partial remelting;

Effect of Cooling Rate on Structure Evolution of Hot Deformed Ferrite-Bainite Micro Alloying Steel;

Structure Evolution of a Nb-Microalloyed Extra-Low Carbon Steel during Simulated Thermomechanical Control Process;

Effect of re-melting heat treatment on semi-solid structure evolution of hypoeutectic Al-Si alloy;

Microstructure Evolution in Lead-free Solder Joints After Wave Soldering and Reflow Soldering;

Study on the Behavior of Hot Deformation and Microstructure Evolution of Magnesium Alloy at Elevated Temperature;

According to the property requirement to steel for weld bogie frame of high-speed train,a low carbon Mn-Cu microalloyed steel was designed,and the continuous cooling transformation and effect of cooling process on the microstructure of this steel were studied in laboratory.

A physical metallurgical model was made to predict microstructure evolution and mechanical properties of C-Mn steel plate during control rolling and control cooling process, which consists of four modules: reheating, recrystallization, phase transformation and mechanical properties.

Experimental method and parameters of liquidus forging are given in this paper to prepare the bellit for semi-solid process,and microstructure evolution of magnesium alloy ZK60-RE during semi-solid isothermal heat treatment is researched as well.

In order to study the effect of process parameters on microstructure evolution during multi-step forging,recrystallization and grain growth models were implemented into a finite element code,then coupling between thermo-mechanical and microstructure evolution was realized.