QUANTITATIVE ANALYTIC TECHNOLOGY OF ULTRA-HARDNESS AND WEAR RESISTENT SURFACING MATERIAL
来源期刊：Acta Metallurgica Sinica2004年第1期
论文作者：W.S.Li Y.M.Zhang Y.Q.Zhou B.S.Wang L.Z.Feng
Key words：surfacing materials; ultra-high hardness; wear resistant; quantitative analysis;
Abstract: Mathematical models between surfacing welding properties of C, Cr, Mo, V, W alloy system and encode factors of alloy additives are established by test methods of advanced trial optimizing technology and computer assistant design (CAD). They help to draw unitary functions and binary isoclines diagrams through which the influence of encode factorial linearity, nonlinear effect and factors interaction of alloy additives on the performances of surfacing welding can be analyzed directly and quantitatively.Meanwhile, the performances of deposited metal can also be predicted according to the content of alloy additives.
W.S.Li1，Y.M.Zhang1，Y.Q.Zhou1，B.S.Wang1，L.Z.Feng1
(1.School of Materials Science and Engineering, Tianjin University, Tianjin 300072, China)
Abstract:Mathematical models between surfacing welding properties of C, Cr, Mo, V, W alloy system and encode factors of alloy additives are established by test methods of advanced trial optimizing technology and computer assistant design (CAD). They help to draw unitary functions and binary isoclines diagrams through which the influence of encode factorial linearity, nonlinear effect and factors interaction of alloy additives on the performances of surfacing welding can be analyzed directly and quantitatively.Meanwhile, the performances of deposited metal can also be predicted according to the content of alloy additives.
Key words:surfacing materials; ultra-high hardness; wear resistant; quantitative analysis;
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