Study on microstructure and performance of Fe-base alloy coating produced by plasma cladding;

The research of laser cladding Co-base alloy coating on ductile cast iron;

Cladding of high speed steel by high power diode laser;

In-situ synthesis of Co_p/Cu composite coating by laser cladding;

Research progress of laser cladding on the surface of magnesium alloys;

Influence of rare earths on Fe-based amorphous composite coatings by laser cladding;

Analysis model and experimental research of dilution in laser induction hybrid cladding;

The morphology and action of interface in laser and induction hybrid cladding

Based on powder feeding laser induction hybrid cladding experiments,the effect of processing parameters on the interface between the coating and the substrate is studied.

RE-WC-steel composite coatings were prepared on 45 steel substrate by using WC particle and 1Cr18Mn8Ni5N stainless steel by means of modified arc spray technique,then the coatings were fused by argon shielded arc cladding.

A hard and wear resistant Ni35B\|SiC coating is formed on a Q235 steel substrate by argon shielded arc cladding.

The results show that there is an obvious bright intermediate belt between cladding alloy layer and the body, good metallurgic bonding is formed.

The cracks in the laser cladding layer are the main obstacle of the laser cladding technology application.

The features and microstructure of the cladding layer and interface layer between cladding layer and copper substrate were analyzed.

Based on the artificial neural network(ANN),a model is established to describe the laser cladding parameters and the characteristic and performance of laser cladding layers.