高强度材料

  • 网络High strength materials;LTCC Hard
高强度材料高强度材料
  1. 用于高强度材料的SHPB实验添加垫块法

    A Setting-platen Experimental Method on SHPB System for High-strength Materials

  2. 添加垫块实验方法为在SHPB装置上实现高强度材料的动态实验提供了一种方便实用的途径。

    The setting-platen method affords a special and feasible way to perform high strain rate dynamic tests on high-strength materials by SHPB technology .

  3. 浅谈地下人防工程中使用高强度材料的重要性

    The importance of using high strength materials in underground air-defence engineering

  4. 高强度材料402钢的低周疲劳性能实验研究

    Experiment of Low Cycle Fatigue of High Strength Material 402

  5. 矿用液压支架结构件高强度材料的选择及应用

    Selection and Application of High Strength Material for Structure Frame of Hydraulic Support

  6. 该结构采用高强度材料作为外壳,以松散材料填充坝体。

    It can be built with high strength materials outside and loose materials inside .

  7. 现代预应力混凝土结构是利用高强度材料,采用现代设计理论和先进的施工工艺建造的。

    Prestressed concrete component was constructed by high intensity material , modern design theory , well-developed technology .

  8. 海底钻探;海上钻井;海上钻探;海洋钻井;海洋钻探;近海钻探;滨外钻探高强度材料在超深井钻机井架底座中的应用

    Offshore drilling Application of the high tensile material to the substructure of the super-deep well 's rig derrick

  9. 块体超细晶粒材料具有大量与众不同的特性,可做超高强度材料、智能金属材料和超塑性材料等。

    Those materials can be used as super high strength materials , intelligent metal materials and super plastic materials .

  10. 该油气分离器设计有防磨抗腐蚀性能的硬质合金轴承、采用高强度材料的补偿套及接头结构。

    It is made of carbide bearing with wear prevention and corrosion resistance , high intensity material lining and joint .

  11. 随着轻质、高强度材料的应用,现代超高层建筑往更高、更柔的方向发展。

    Due to the growing use of light-weight and high-strength materials , modern tall buildings have become more and more taller and flexible .

  12. 研究结果表明,采用高强度材料的预应力混凝土靠船桩具有良好的变形能力和裂缝闭合性能。

    Test results showed that the PCBP with high strength material had good deformation ability , and that cracks could close when unloaded .

  13. 随着设计理论和施工技术的发展,以及高强度材料的应用,桥梁结构正向大跨度、轻柔化的方向发展。

    With the development of design theories , construction techniques , and the application of high-strength materials , bridges grow longer and more flexible .

  14. 高强度材料在超深井钻机井架底座中的应用

    Application of the high tensile material to the substructure of the super-deep well 's rig derrick derrick , well-drilling , not mounted on lorries

  15. 而随着桥梁跨径的不断增大和高强度材料的应用,箱梁越来越薄,主塔越来越高耸,使稳定问更为突出。

    But together with the increase of span length and the use of high strength materials , the box girder is thinner and the tower is higher .

  16. 本文主要研究难加工材料中高强度材料高速铣削加工中的切削力建模。

    In this thesis , we lay our emphasis on the model of cutting force of difficult-to-machine materials , especially high strengh materials , in the high speed milling process .

  17. 玻璃本身是一种高强度材料,由于受表面微裂纹的影响,玻璃的实际强度仅仅是其理论强度的几百分之一。

    Glass is a kind of high-strength inorganic non-metallic material , but because of the micro-crack in the surface , glass actual strength is less one - percent of its theoretical strength .

  18. 随着桥梁跨径的不断增大,箱梁薄壁化以及高强度材料的应用,稳定问题显得尤为突出。

    Along with the increase of span length , the use of the thin-walled box girder , the use of the high strength materials , the problem of stability becomes especially important .

  19. 结果表明,采用高强度材料的预应力混凝土靠船桩作为码头的防冲设施是经济可行的,良好的裂缝闭合性能有助于提高靠船桩的耐久性。

    The results show that it is economical and feasible to adop the post-stressed concrete berthing pile to prevent the dock from impacting , and that the dock durability can be improved greatly .

  20. 在冲裁高强度材料或厚度大、周边长的工件时,由于冲裁力较大超过冲床负载,常常需要采取措施降低冲栽力。

    In blanking hard material or material of big thickness and long circumference , measures should be taken to cut down the blanking force when the punch press cannot bear the blanking force .

  21. 本文对用三点弯曲试样测试高强度材料平面应变断裂韧性的一些基本概念、疲劳裂纹的予制、测试设备和测试方法作了初步的分析和介绍;

    This article gives the basic conception of testing plane strain fracture toughness of high strength materials by three-point bending . The preparation for fatigue cracking ; and the testing equipment and process are described .

  22. 随着工业的迅速发展,钢铁等高强度材料被广泛应用于建筑行业,如钢结构房屋、桥梁、输电塔、桅杆等结构。

    With the development of industry , high strength materials such as metal have been widely used in construction industry as component of steel structure buildings , bridge , transmission tower and mast etc. But it also has some limitations .

  23. 由于钢管混凝土在桥梁上的应用,同时解决了拱桥高强度材料应用和施工两大难题,使拱桥更加轻巧,表现力也更强,给拱桥的发展注入了新的活力。

    On the steel concrete in bridge applications , while addressing the bridge and construction of high-strength material applications two major problems , so that bridge is more compact , more expressive but also , to bridge the development has injected new vitality .

  24. 目前,大型高强度材料在工业上的应用主要集中在长时间、重载荷、腐蚀性较强的工作环境中,其表面容易产生裂纹、磨损或疲劳失效。

    Now the application of the large-scale and high-strength materials is mostly focused on adverse working environment such as long-time , heavy-load , terrible corrosion etc. , and in this case , crack , wear and fatigue failure always happen on the surface of the materials .

  25. 随着我国航空航天的快速发展,高强度材料的地他日益重要。然而随着材料强度的逐渐升高反而使材料抵抗裂纹扩展的能力在逐渐变弱,所以导致低应力脆断现象很严重。

    With the fast developing of national air industry , the statue of high-strength materials becoming more and more important . However , the strength of the material increased the ability of to resistance crack propagation is weak , so low stress brittle fracture phenomenon is very serious .

  26. 借助于XRD、SEM等手段,系统地研究了铝质高强度电瓷材料的显微结构、物相组成及性能与结构之间的差异特征。

    The microstructure , the physical phase composition , and the mechanical characterization between structure of alumnae electric porcelain with high strength has been studied systematically by means of XRD , SEM , etc.

  27. 复合材料格栅结构(AGS)是一种新型的轻质高强度结构材料,在航空航天领域有着广阔的应用前景。

    Advanced composite materials grid structure ( AGS ) is a new kind of structural materials which is light and high-strengthen and has broad application prospects in aerospace engineering .

  28. 沥青中间相与新型高强度炭素材料

    Pitch mesophase and a new type of high strength carbon material

  29. 氧化焰烧成高强度电瓷材料的研究

    Study on High-strength Electric Porcelain Produced by Oxidizing Atmosphere

  30. 渔用高强度聚乙烯材料研究

    Studies on polyethylene material of high-strength for fishery purpose