相对耐磨性

  • 网络Relative wear resistance
相对耐磨性相对耐磨性
  1. 将45钢试块在不同的渗硫温度和保温时间下进行了离子渗硫处理,并在SKODA-SAVIN快速磨损试验机上测定了各试块的相对耐磨性。

    1045 steel samples were sulphurized at different temperatures and holding fime . Their relative wear resistance were tested on a SKODA-SAVIN tester .

  2. 二种锭字的相对耐磨性研究

    The Research of Relative Wear Resistance of Two Kinds of Spindles

  3. Cr含量从2%增加到26%,相对耐磨性从1增加到1.29,而复合材料相对于基体材料的耐磨性提高到5以上。

    Their values can reach to 1.29 with increasing Cr content to 26 % . The relative wear resistance of the composite can also be increased to 5 times related to the matrix .

  4. 本文分别对Ti-Ni合金与淬火、回火45钢的相对耐磨性及相对耐腐蚀磨损性进行试验研究,研究结果表明,Ti-Ni合金具有较好的耐磨性和耐腐蚀磨损性。

    Wear resistance and corrosion resistance of Ti-Ni alloys and quenching and tempering steel 45 have been tested .

  5. 在室温条件下,选用三体磨粒磨损试验机,石英砂磨料,研究增强相WC颗粒直径对WCp增强钢基表层复合材料磨损性能的影响,以20%Cr高铬铸铁作为标样,计算相对耐磨性值。

    Under three-body abrasive wear conditions , quartz sand as abrasives , the relative wear resistance of the WC ( p ) reinforced steel matrix composites , mating material is white iron 20 % Cr , was investigated at room temperature .

  6. 载荷为588N的干滑动摩擦磨损实验表明,Fe-TiC和Fe-VC表面复合材料的相对耐磨性分别是切诺基可淬硬铸铁凸轮轴材料的4.20倍和3.14倍。

    Under loads of 588 Newton , the wear-resistance of the Fe-TiC and Fe-VC surface composite are 4.20 and 3.14 times as that of the chilling camshaft respectively .

  7. 对堆焊材料的工艺性作了比较,给出了堆焊材料相对耐磨性试验的结果。

    And the testing result of surfacing material relative wear-resisting is come out .

  8. 自熔性合金粉末喷焊层的选择对相对耐磨性的影响研究

    Research on Effect of Selection of Self-fluxing Alloy Powder Spray-welding Coating on Relative Wearability

  9. 通过销-盘磨损实验,与正火态的45钢对比,发现其相对耐磨性约为45钢的2.5倍。

    Pin-on-disk testing shows its relative wear resistance is 2.5 times higher than normalized 45 # steel .

  10. 聚晶用石墨发热体的煅烧温度对聚晶相对耐磨性的影响

    The Effect of the Sintering Temperature of the Sintered Diamond on It 's Relative Abrasion Resistance Properties

  11. 通过验证试验表明:最优方案的相对耐磨性达到45钢的11.73倍,与理论分析一致。

    Validation test shows that the wear resistance of the optimal scheme is 11.73 times of 45 ~ # steel and accord with theoretical analysis .

  12. 结果表明:制备的合金涂层具有较高的硬度,达到58HRC,其相对耐磨性提高了4.7倍。

    The results indicated that the newly designed alloy has higher hardness of about 58 HRC and good wear resistance , which is improved 4.7 times .

  13. 本文还提出了由碳化物数量、分布、磨损面硬度等因素构成的抗磨参数与相对耐磨性的线性关系。

    Authors suggest the linear relationship between the anti-abrasion parameters consisting of the amount and distribution of carbides , abrasive surface hardness and the abrasion resistance in this paper .

  14. 对3种工业产品进行实车对比试验,注渗碳化物的零件的相对耐磨性分别为3.6、3.9、6.25。

    The real comparing experiments were performed for three kinds of products . The results showed that the relative wear resistance of three WC implanted coatings were 3.6 , 3.9 and 6.25 respectively .

  15. 经稀土钒共渗后的冷作模具比常规热处理的相对耐磨性提高了2.81倍,模具使用寿命可提高3~8倍。

    The results shown that the wear resistance of cold working dies treated in this way is 2 . 81 times of that treated in conventional way and the working life of dies increase 3  ̄ 8 times .

  16. 超硬质相对堆焊层耐磨性的影响

    The Effect of Super-Hard Phase on Wear-Resistance of the Surfacing Alloy

  17. 颗粒耐磨相对复合合金耐磨性影响的试验研究

    Experimental study on the influence of particles ' antifriction phase upon the wear resistance of compound alloy

  18. 平均磨耗比Q为12.3×104;其中心点相对边缘点的耐磨性降幅为19.2%。

    Average wear-resistance Q 12.3 × 104 with only 19.2 % decrease from the peripheral point to the central point .

  19. 结果表明:550℃回火条件下,低温淬火时基体组织以回火马氏体为主,随着淬火温度升高,残余奥氏体含量升高,马氏体含量相对减少,而耐磨性随淬火温度升高逐渐升高;

    The results show that matrix is mainly tempered martensite under the condition of quenching at low temperature and tempering at 550 ℃; retained austenite content increases and martensite content relatively decreases along with the increase of quenching temperature , meanwhile , the wear resistance improves .

  20. 测量并计算了其相对摩擦系数以及合金试块间的相对耐磨性。

    The relative friction coefficient and wearability have been measure and calculated .