Thin Wall Formed by Multi-Layer Overlapping Laser Cladding Forming

Feng Xiao Huang; Zhao Hai Yang; Da Wei Jin; Lin Jing Qin; Jin Gang Liu; Zhong Hao Jiang

doi:10.4028/www.scientific.net/AMR.941-944.2178

Paper Titles

Contrast Prediction for Laser Direct Part Marked Data Matrix Symbols on Titanium Alloy Substrates
p.2161

Study of Effect of Laser Marking Data Matrix Symbols on Titanium Alloy Sheets Using Nd:YAG Laser
p.2165

Experimental Research on Affect of Water Jet to Laser Compound Processing of Crystalline Silicon
p.2169

Influence of Laser Input Current and Water Jet to Etching Amount of Polycrystalline Si Wafer
p.2173

Thin Wall Formed by Multi-Layer Overlapping Laser Cladding Forming
p.2178

Laser-Energy-Density Dependent Formation of Al₂O₃-TiC Coating by Laser-Assisted Combustion
p.2182

Directly Manufacturing Mouse Mold by Plasma Deposition Manufacturing
p.2190

SLC Technologies for Ferroalloy Part Surface Modification
p.2194

Laser Cladding of Co-Based Alloy on 316 Stainless Steel
p.2198

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 941-944Thin Wall Formed by Multi-Layer Overlapping Laser...

Thin Wall Formed by Multi-Layer Overlapping Laser Cladding Forming

Abstract:

Thin wall was formed by multi-layer overlapping laser cladding. The results showed that the surface of thin wall presents granular. Laser remelting could obviously improve the surface finish of the thin wall because of the melt of small granules. Match between the laser beam and the powder stream is very important and directly affects the forming quality. The microstructure of the thin wall presented obviously and continuously grown dendrite. Individual layers form metallurgic bonding and ensure whole properties of the cladding thin wall.