cladding layer

One or both of a core layer and a cladding layer are made of a cured product of such a photosensitive resin composition.

The microhardness of the cladding layer was measured by microhardness tester, and its microstructure was observed by SEM.

The stress distribution of cladding layer can be ameliorate with preheating before cladding and thermal retardation after cladding.

Compared with the substrate, hardness of the cladding layer improves significantly.

The interface peak of stretching stress of phase changing is relieved, and satisfaction of stress status of cladding layer is obtained.

The influences of the process parameters on microstructure and properties of the cladding layer were discussed.

Along the cladding direction, plastic tension strain appears which is the main cause of cladding layer cracking.

Then, for surface cladding layer, advances in the plasma and electro-chemistry methods are reviewed.

The argon arc cladding of technological parameters on the quantity of cladding layer is studied.

Wearing mechanism of 45# steel is adhesive wearing, while wearing mechanism of laser cladding layer is mainly grinding abrasion.

The preparation of ternary boride hard alloy cladding layer on steel substrate is studied.

The results show that the laser cladding layer has dense microstructure, and metallurgically combines with CrNiMo substrate.

The B4C ceramic particle not melted in cladding layer.

the center of the cladding layer is in a state of tensile stress and produces a tensile plastic deformation;

The Establishment and Research of the Heat-Stress Module in Laser Cladding Layer

Microstructure and Strengthening Mechanism of Light Beam Cladding Layer with Iron-based Self-fluxing Alloy Powder

Microstructure and Failure Behavior of Laser Cladding Layer for Stainless Steel Components Worked under Repeated Impact Load Condition

Microstructure of laser cladding layer and plasma transferred arc layer and interface characteristics

Mechanism of the deformation and preventive measures of the cracks in metal ceramics cladding layer

The influence factors of cracking behavior on laser cladding layer and its control

Study on solidification feature and the solidification microstructure control of laser cladding layer

Investigation of Generation Mechanism and Controlling Method of Cladding Layer ranking by laser cladding

Study on the formation features of solidification microstructure for laser cladding layer

Synthetic Experiment Study and Theorematic Analysis of Crack Control of Thick Laser Cladding Layer

In-situ Growth Mechanism of TiC Particles in TiC Particles Reinforced Ni-matrix Composite Laser Cladding Layer

Study on Solidification Microstructure a nd Properties of Cobalt-based Alloy Laser Cladding Layer

The comparison of microstructure and hardness of laser cladding layer with thermal spring layer

Influence and Control of the Material of Metal Ceramics Cladding Layer on the Cracks

Studying of resistance to corrosion of laser cladding layer on the anti-acid stainless steel surface

Organization Variety of Laser Cladding Layer under Repeated Impact Load

Effect of Rare Earth Elements and Technological Parameters on Quality of Plasma Cladding Layer

The Analysis of Main Factors Affecting the Quality of Laser Cladding Layer and the Optimizing Measures

Analysis of Laser Cladding Layer Distortion under Low Stress Repeated Impact

Experimental Study on Wear Resistance of Laser Cladding Layer on Tool Steel Surface

Effect of Laser Cladding Technology on Quality of Cladding Layer on Exhaust Valve Surface

Study on the Dilution Control of Laser Cladding Layer on the Sealing Surface of the Nuclear Valve

The Crystal and Amorphous Phase in Cladding Layer by Compressed Arc Plasma Beam

Study on Anti-abrasive Properties of Thermal-plasma Arc Cladding Layer

The Effect of Laser Cladding Technological Parameter on Cracking of Cladding Layer of Gray Cast Iron

Effect of laser parameter on microstructure and microhardness of NiCrBSi laser cladding layer

Study on the Corrosion Resistance of Laser Cladding Layer on the Sealing Surface of Nuclear Valve

the lower cladding layer was obtained by spin-casting;

Research Status of Cracking in Laser Cladding Layer