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40Cr

  • 网络40铬钢
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  1. Improvement of si3n4 / 40cr steel joint strength by pressure brazing

    压力钎焊改善Si3N4/40Cr钢接头强度的试验研究

  2. The buffer mechanism in the Si3N4 / 40Cr steel joint was analyzed .

    分析了Si3N4/40Cr钢钎焊接头缓冲层机制。

  3. Interfacial microstructure and mechanical properties of induction brazing TiAl / 40Cr joints

    TiAl/40Cr高频感应钎焊接头的界面组织及力学性能

  4. Experimental Study on the Dry Friction Behavior of Cold Roll Steel Q235 / 40Cr Treated by Laser

    激光处理冷轧Q235/40Cr干摩擦试验研究

  5. The surface hardening treatment of Q235 / 40Cr steel was made with CO2 laser .

    采用CO2横流式激光器对Q235/40Cr材料进行表面强化处理。

  6. Technology Optimization of Solid-State Welding of 40Cr / T10A Steel After Surfaces Laser Quenching

    40Cr/T10A钢激光预处理后固相焊接工艺优化

  7. Numerical calculations of residual stress in Ti ( C , N ) / 40Cr brazed joint

    Ti(C,N)/40Cr钎焊接头残余应力数值计算

  8. The role of Nb interlayer in si_3n_4 / 40cr brazed joint

    Nb中间层在Si3N4/40Cr钢钎焊接头中的作用

  9. Induction brazing TiAl / 40Cr with Ag-Cu-Ti filler metal

    Ag-Cu-Ti钎料高频感应钎焊TiAl/40Cr

  10. Effect of interfacial microstructure of diffusion bonding on strength of the tial / ti / v / cu / 40cr joint

    TiAl/Ti/V/Cu/40Cr钢扩散连接界面组织结构对接头强度的影响

  11. Vacuum diffusion welding of dissimilar materials of M2 / 40Cr Investigation on Elements Inter-diffusion in Reaction Layer During Hip Between Corrosion-resistant Alloy and Carbon Steel

    M2/40Cr异种材料真空扩散焊的分析耐蚀合金/碳钢热等静压扩散焊接反应层元素互扩散规律研究

  12. The two kinds of products were used as alloy addition to melt the structural alloys ( 40Cr and 15CrMo ) in an induction furnace with the capacity of 100 kg .

    用本产品作合金剂,在100kVA中频感应炉上对40Cr、15CrMo等钢种的冶炼工艺进行研究。

  13. To obtain the effect of copper and molybdenum interlayer on the residual stress of Ti ( C , N ) / 40Cr brazed joint , the finite element mothod was conducted .

    使用有限元法模拟计算了Cu箔、Mo箔对缓解Ti(C,N)/40Cr钎焊接头残余应力的效果。

  14. The mechanical properties test of non-quenched and tempered steels ( 30MnVS and 35MnVN ) and quenched and tempered steel ( 40Cr ) are introduced in this paper .

    介绍了非调质钢(30MnVS和35MnVN)与调质钢(40Cr)的材料力学性能试验结果。