聚合物混凝土

  • 网络Polymer Concrete;concrete-polymer material
聚合物混凝土聚合物混凝土
  1. 聚合物混凝土阻尼力学模型探讨

    Exploration on damping mechanical model of polymer concrete

  2. 浅谈聚合物混凝土(PC)

    Developing Situation about the Polymer Concrete ( PC )

  3. 聚合物混凝土(PC)在机械行业的应用及分析

    The Application and Analysis of PC in Machinery Trades

  4. 聚合物混凝土(PolymerConcrete,简称PC)具有良好的阻尼减振性能,用于制作机械基础件可以有效地提高机械加工设备的加工精度,受到了广泛关注。

    As far as vibration alleviating properties is concerned , Polymer Concrete ( abbreviated as PC ) is favorable . Machining precision would be improved significantly if elementary machine parts are made of polymer concrete .

  5. 根据作者对聚合物混凝土的研究,提出改善其性能的些看法,以求扩大PC材料在机械行业中的应用范围。

    The article puts forward some viewpoints that improve the properties of PC based on the authors study of PC in order to extend the limits about application of PC in machinery trades .

  6. 水下PBM聚合物混凝土材料在青铜峡大坝底板修补中的应用

    Application of PBM polymer concrete to repair the inlet floor of Qingtongxia Dam

  7. 结果表明,PVAC聚合物混凝土的抗拉强度比普通混凝土有较大程度的提高,聚合物乳液的最佳掺量范围在10%左右。

    The test results indicated that the tensile strength of polymer ( PVAC ) concrete is improved comparing with normal concrete and the improving degree vary with polymer quantity .

  8. 实践表明:用C40水下不分散混凝土代替聚合物混凝土施工,降低了工程造价,保证了工程质量。

    The practice shows that the substitution of C40 anti-washout underwater concrete for polymer concrete will reduce engineering cost and ensure engineering quality .

  9. 通过试验可以得出WSP聚合物混凝土综合力学性能良好,明显改善了普通混凝土的抗压、抗弯强度以及改善混凝土破坏时的脆性破坏特征。

    It can be concluded from the test that integrated mechanical properties of polymer concrete is good by which compressive and flexural strength of ordinary concrete are improved , as well as characteristics of brittle failure .

  10. PBM聚合物混凝土在水下对混凝土和金属构件进行修补时,具有固化快,抗压、抗折、抗拉和粘结强度高等特点,可在水下进行快速修补和薄层修补。

    Being rapid setting and having high strength in compression , flexure , tensile and adhesion , PBM concrete can be used underwater in rapid mending up with thin layer both for concrete and metal .

  11. 本文叙述了采用PBM-3聚合物混凝土,通过导管在龚嘴水电站10号冲沙底孔水下58m水深范围内,整体修补了一个封水面,使浮体闸门一次性封水成功。

    This article introduces the experience on repairing sealing surface whole by duct casting PBM-3 polymer concrete in the scope under water 58m , which made floating gate sealing success only by one effort .

  12. 研究了聚合物混凝土体系的聚合物水泥石的互穿网络结构(IPCN)的形态学及其力学性能,并提出了形成该结构的机理。

    The Morphology and mechanical property for the interpenetrating polymer cement netwosk ( IPCN ) of the polymer concrete were studied . And the formation mechanism of the structure was proposed in the paper .

  13. 钢纤维聚合物混凝土高阻尼性及其在机床制造业中的应用

    High Damp of Steel-fiber Polymer Concrete and Its Application in Machine Manufacture

  14. 新型聚合物混凝土/玻璃钢复合结构装饰墙体

    New decorative composite construction wall of polymer concrete / FRP

  15. 钢纤维聚合物混凝土单轴抗压应力-应变关系

    Stress-strain model of steel fiber polymer concrete under single-axis compressure

  16. 羧基丁苯聚合物混凝土小变形阻尼研究

    Damping Ratio of Polymer Concrete with Carboxyl Butyl Benzene at Small Deformation

  17. 双掺聚合物混凝土的路面修补性能分析

    The Analysis on Repairability of Double-doped Polymer Concrete on Road

  18. 聚合物混凝土用于铜电解槽的研究

    Study on Polymer Concrete Used for Electrolytic Trough of Copper

  19. 纤维增强聚合物混凝土及其界面与阻尼机理研究

    Study on Fiber Reinforced Polymer Concrete and Its Interface and Damping Mechanisms

  20. 材料因素对聚合物混凝土纤维复合板性能的影响

    Influence of Materials on Polymer Cement Concrete Fiber Composite Slab

  21. 纤维增强聚合物混凝土受弯构件受力性能分析

    Analysis on seismic capacity for reinforced fiber-reinforced polymer concrete beam

  22. 钢纤维聚合物混凝土机床基础件制造缺陷分析

    The Defeats Analysis of Machine Tool Structural Elements Made of Steel-fiber Polymer Concrete

  23. 聚合物混凝土床身的制造与特性分析

    Manufacture and Characteristics Analysis of Polymer Concrete Machine Bed

  24. 超吸水聚合物混凝土抗渗性能的研究

    Study on impermeability of super absorption polymer concrete

  25. 聚合物混凝土的施工性能指标如塌落度和扩展度良好。

    The workability of the polymer concrete including slump and slump flow is good .

  26. 钢纤维聚合物混凝土劈裂抗拉强度的神经网络预测

    Predicting Model to Steel-fiber Polymer Concrete on Cracking Strength Based on Artificial Nerval Network

  27. 钢纤维聚合物混凝土抗弯性能的分析

    Analysis of Steel-fiber Polymer Concrete On Bending Strength

  28. 钢纤维长径比对钢纤维聚合物混凝土抗弯性能的影响

    Influence of Steel-fiber Long - diameter Ratio on Bending Strength of Steel-fiber Polymer Concrete

  29. 聚合物混凝土发展的若干动向

    Some Trends for Development of Polymer concrete

  30. 快速修补专用聚合物混凝土的研制

    Development of Polymer Concrete for Quickly Repair