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INTERLAYER MATERIALSDESIGN OF HPSN/K-500 JOINT

INTERLAYER MATERIALS DESIGN OF HPSN/K-500 JOINT
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摘要 Composite interlayer materials containing active elements was designed, with the aid of EDAX, XRD analysis technology and thermal elastic plastic finite element analysis in 3 demensions. When a suitable composite interlayer material was adopted in the diffusion bonding of HPSN to K 500, the bending strength of the joints would be up to 216 MPa and 218 MPa at room temperature and 800℃ respectively. Composite interlayer materials containing active elements was designed, with the aid of EDAX, XRD analysis technology and thermal elastic plastic finite element analysis in 3 demensions. When a suitable composite interlayer material was adopted in the diffusion bonding of HPSN to K 500, the bending strength of the joints would be up to 216 MPa and 218 MPa at room temperature and 800℃ respectively.
出处 《Journal of Shanghai Jiaotong university(Science)》 EI 2000年第2期79-82,共4页 上海交通大学学报(英文版)
基金 the National863Plan
关键词 joining of CERAMIC to metal DESIGN of INTERLAYER materials FINITE ELEMENT analysis Document code:A joining of ceramic to metal design of interlayer materials finite element analysis Document code:A
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参考文献4

  • 1R. L. Mehan,M. R. Jackson,M. D. McConnell,N. Lewis.The solid-state reaction of silicon nitride with an Ni-base alloy[J].Journal of Materials Science.1983(2)
  • 2Wan Jian-hua,Lou Song-nian,Qie Xin-hai,et al.Residual stress of ceramic metal diffusion bonding and reducing stress measures[].Silicate Science.1995
  • 3Katsuaki,Suganuma.Recent advance in joining technology of ceramics to metals[].ISIJ International.1990
  • 4Kim Y C,Yamamoto T,North T H.Generation and reduction of residual stress in ceramic metal joints[].Transactions of JWRI.1992

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