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• W4226227964 abstract "An innovative method based on pressure-assisted combustion synthesis reactions in compressed powder mixtures of nickel and titanium was developed to join WC-Co cemented carbide to VCN-150 steel (Standard No. 1.6582). A specially-designed experimental setup was used for induction heating of the samples under uniaxial pressure in an argon atmosphere. Rapid heating of the samples provoked the exothermic reaction between Ni and Ti, resulting in the in-situ formation of an NiTi-based intermediate layer between the steel and carbide parts. XRD and SEM-EDS analyses as well as shear strength test were used to characterize the samples and evaluate the quality of the joint. XRD analysis showed NiTi as the main phase in the joining layer. It was found out that a decrease in Ni particle size led to an increase in the contact surfaces of the powders and intensity of the reaction, resulting in improved adhesion of the joining parts, decreased porosity within the interlayer, and increase in the average shear strength. Although increasing the thickness of the bonding layer resulted in more intensive reactions, higher liberated heat, and wider diffusion layers at the interface, it led to relatively weak joints due to a rise in the volume percentage of porosity. The most favorable results in welding were obtained by using fine particles of the reactants and minimum thickness of the green interlayer (2 mm). By increasing the applied force during the process to ~600 N, shear strengths up to ~77 MPa could be obtained. • A novel combustion-based method was used for rapid joining of carbide to steel. • In-situ formed, NiTi-based interlayers acted as filler to join WC-Co to VCN-150. • Application of uniaxial pressure led to decreased porosity within NiTi interlayer. • Using fine Ni and Ti led to a decrease in interlayer porosity and enhanced joining. • Shear strengths as high as ~77 MPa were obtained at the joints." @default.
• W4226227964 created "2022-05-05" @default.
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• W4226227964 date "2022-05-01" @default.
• W4226227964 modified "2023-09-30" @default.
• W4226227964 title "Dissimilar joining of cemented carbide to low-carbon steel via combustion welding: Effect of process parameters on the interfacial microstructure and joint strength" @default.
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• W4226227964 doi "https://doi.org/10.1016/j.jmapro.2022.03.043" @default.
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