Influence of Selective Laser Fusion of Metal Powder and Cold Isostatic Pressing on the Structure and Properties of Heat-Resistant Nickel Alloy.

Attention focuses on how the parameters used in selective laser fusion of metal powder and cold isostatic pressing of heat-resistant high-chromium alloys affect the final microstructure and the number and size of the pores formed. The cold isostatic pressing of alloys produced by selective laser fusion decreases the number and size of the pores. Deformation at normal temperature increases the hardness of the alloys. [ABSTRACT FROM AUTHOR]