形变热处理

  • 网络Thermomechanical treatment;Ausforming;TMT
形变热处理形变热处理
  1. 形变热处理工艺对马氏体和贝氏体金相组织的影响

    Effect of ausforming process on the morphology of martensite and bainite

  2. 截齿形变热处理的组织观察

    Observation on Microstructure after Ausforming of Coal Cutter

  3. GZ型电振机板簧的高温形变热处理

    High-temperature thermomechanical treatment of flat spring of GZ type electromagnetical vibration machine

  4. Al-Li合金形变热处理的织构组织研究

    Study of textures in deformed and heat treated Al-Li alloy sheets tissue chip

  5. LY12铝合金的预形变热处理

    Pre - Thermomechanica ; Treatment of 2024 Aluminium Alloy

  6. CSP生产流程中尚可汇集形变热处理工艺,因此CSP工艺技术将拓展出更广阔的产品范围。

    The ausforming process can be joined in the CSP production line . Thus the product scope of CSP could be widened .

  7. 形变热处理对含铋Al-Li-Cu-Mg-Zr系合金再结晶的影响

    Effect of intermediate thermomechanical treatment on the recrystallization of al-li-cu-mg-zr alloy containing bismuth

  8. 进一步分析可以说明空洞不是在形变热处理当中大的Fe,Si夹杂物处形核,空洞形核主要发生在超塑变形中。

    It may be deemed further that in thermomechanical processing cavities are not nucleated at the positions large Fe and Si inclusions exist on , and mainly the cavity nucleation takes place in superplastic deformation .

  9. Al-Cu-Mg-Ag合金形变热处理工艺研究

    Prestretching and Heat Treatment Process of Al-Cu-Mg-Ag Alloy

  10. N80级石油套管在线形变热处理工艺

    On-line Thermomechanical Treatment Process for N-80 Grade Oil Casing

  11. 形变热处理对Cu-Ag-Cr和Cu-Ag-Zr合金组织和性能的影响

    Influence of thermo-mechanical processing on microstructure and mechanical properties of Cu-Ag-Cr and Cu-Ag-Zr alloys

  12. 结果表明,最佳形变热处理工艺为980℃固溶1h,冰盐水淬火,40%预冷变形之后480℃时效4h。

    The results show that the optimum processing is that solution at 980 for 1 h , ice salt water quenching , 40 % pre-cold rolling then aged at 480 for 4 h.

  13. 结果表明:微量Cr能提高CuZn合金硬度和再结晶温度,Cr对合金性能的影响是通过沉淀强化来实现的,快速热轧淬火具有保留加工强化的效果,形变热处理还产生了组织强化。

    The results show that trace Cr can enhance Cu Zn alloy hardness and recrystallized temperature in the way of precipitation hardening . Rapid heat rolling and quenching can hold the effects of working hardening , and thermomechanical treatment can develop structure hardening as well .

  14. 人工时效制度分别为190℃×4h和190℃×1.5h,而且形变热处理合金的强度高于常规热处理合金的强度。

    Precipitation heat treatment : 190 ℃× 4 h and 190 ℃× 1.5 h. And strength of the alloy after deformation heat treatment is higher than that after conventional heat treatment .

  15. 60Si2Mn弹簧钢高温形变热处理工艺研究

    Heat treatment of high temperature shape change of the _ ( 60 ) si2mn sping steel

  16. 双重时效的低温形变热处理对Al-Mg-Si-RE合金力学性能的影响

    Influence of double aging low temperature hardening transformation on mechanical properties of Al Mg Si RE alloy

  17. 重点是生产低碳、高韧性、高强度、易焊接的造船用钢采用形变热处理技术,以提高产量和质量,节省昂贵的Ni、Cr、Mo等合金,降低生产成本。

    The main point is thermomechanical treatment technology used in the production of low carbon , high toughness , high strength , weldable steel for ship-building , with a view to enhancing production and quality-saving expensive alloys of Ni , Cr , Mo , etc and reducing production cost .

  18. 采用金相、布氏硬度、拉伸、DSC以及扫描电镜等研究手段研究了低温形变热处理对时效析出动力学、力学性能和拉伸断口的影响,以及时效时间对拉伸性能和拉伸断口的影响。

    The effect of low temperature thermomechanical treatment on precipitation kinetic , mechanical property and fracture morphology , as well as the influence of aging time on tensile property and fracture morphology was studied by means of metallography , Brinell hardness test , tensile test , DSC and TEM .

  19. 奥氏体热变形行为和形变热处理(三)

    Hot deformation behavior and thermo-mechanical treatment of austenite ( 3 )

  20. 奥氏体无磁结构钢的高温形变热处理

    An investigation of thermomechanical treatment of nonmagnetic austenitic high strength steel

  21. AISI422钢叶片高温形变热处理

    High Temperature Shape Change Heat Treatment of AISI 422 Steel Blades

  22. 一种新型阀门用弹簧钢丝&形变热处理钢丝

    New Kind of Valve Spring Wire-Low Temperature Thermomechanical Treated Steel Wire

  23. 烧结钢的形变热处理热风烧结研究

    Thermomechanical Treatment of Sintered Steel STUDY ON HEAT AIR SINTERING

  24. 钢铁材料冷形变热处理的研究

    The Research on the Cold Plastic Deformation Heattreatment of the Steel Materials

  25. 形变热处理对2205型双相不锈钢组织结构的影响

    The Effect of Thermo-mechanical Treatment on Microstructure in 2205 Duplex Stainless Steel

  26. 大型模具标准件形变热处理后的组织和性能

    Microstructure and Properties in Heavy Die Standard Piece After Thermomechanical Heat Treatment

  27. 经形变热处理高强焊接钢的合金化和性能

    Alloying and properties of high strength welding steel heat treated for forming

  28. 对截齿进行形变热处理,并对其形变热处理后的组织进行了观察。

    The microstructure of coal cutter after ausforming was studied .

  29. 连铸态6082铝合金形变热处理研究

    Study on thermomechanical treatment for continuously cast 6082 aluminum alloy

  30. 钢经形变热处理的组织控制及强韧性改善

    Microstructural control and improvement of strength and toughness by thermomechanical processing in steels