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• W2895944449 abstract "Laser cladding of Stellite+WC with WC volume rate of 0%, 9%, 18%, 27%, 36%, 45%, 54%, 72%, and 100% was investigated by duel powder feeding. The results demonstrated that no cracking happened untill WC volume rate over 18%. The average hardness and cracking rate increased while height/width rate decreased with the increase of WC volume rate. The microstructure evolution can be divided into two domains. The first domain refers to WC volume rate from 0% to 36%, the WC added was completed melted and resolved into the melt pool and the re-solidified structure dominated by the dendrite and interdendrite eutectic with W content respectively 9.68 wt% and 21wt%. The second domain related to WC volume rate from 45% to 100%, in which most of the WC was melted and resolved, the microstructure dominated by the duel phase matrix and W compounds precipitated over it. The dissolution of W into the matrix was limited to maximum about 26wt%. The more the WC volume rate in the mixed powder, the more the precipitated W compound and the more W content within the W compound, which finally reached to 64.55wt%.Laser cladding of Stellite+WC with WC volume rate of 0%, 9%, 18%, 27%, 36%, 45%, 54%, 72%, and 100% was investigated by duel powder feeding. The results demonstrated that no cracking happened untill WC volume rate over 18%. The average hardness and cracking rate increased while height/width rate decreased with the increase of WC volume rate. The microstructure evolution can be divided into two domains. The first domain refers to WC volume rate from 0% to 36%, the WC added was completed melted and resolved into the melt pool and the re-solidified structure dominated by the dendrite and interdendrite eutectic with W content respectively 9.68 wt% and 21wt%. The second domain related to WC volume rate from 45% to 100%, in which most of the WC was melted and resolved, the microstructure dominated by the duel phase matrix and W compounds precipitated over it. The dissolution of W into the matrix was limited to maximum about 26wt%. The more the WC volume rate in the mixed powder, the more the precipitated W comp..." @default.
• W2895944449 created "2018-10-26" @default.
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• W2895944449 date "2000-01-01" @default.
• W2895944449 modified "2023-09-27" @default.
• W2895944449 title "High power laser cladding stellite 6 + WC with various volume rate by duel powder feeding" @default.
• W2895944449 doi "https://doi.org/10.2351/1.5059452" @default.
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