tensile reinforcement 中文意思是什麼

tensile reinforcement 解釋
抗拉鋼筋
  • tensile : adj 張力[拉力]的；抗張的；能伸長的。 tensile force 【物理學】張力。 tensile strain 【物理學】張應...
  • reinforcement : n. 1. 增強，加固；補強物，強化物；補給品。2. 增援，支援；〈pl. 〉增援部隊，援軍；救援艦。
  1. Investigation on tensile and interlaminar shear of plain woven cmc with z - pin reinforcement

    增強陶瓷基復合材料拉伸和層間剪切性能
  2. The deformation of reinforcement material could not keep with the settlement of the filling cause that the stress of the tensile concentrated ; 6

    （ 5 ）填土沉降大與拉筋變形伸長率小是引起拉筋拉力集中的原因。
  3. The conclusions from the finite element analysis are as follows : 1. the distribution of the tensile force of the tied reinforcement like the wave ; 2

    有限元計算分析得到如下結論： （ 1 ）拉筋拉力沿筋長呈波浪形分佈。
  4. High - tensile steel reinforcement bar fixture

    高強度鋼筋夾具
  5. The principal conclusions include : ( a ) the composite system is composed of both active - bearing structural members and inactive - bearing ones, being of a character of combination of rigid retaining structures with flexible ones, so its working mechanism will be behaved as sharing loadings, waterproof and impermeability, loading transfer, local reinforcement and pre - reinforcement ; ( b ) the experimental results show that much more subsoil will participate in retaining action, soil stresses of internal slope will be shared uniformly and deflections caused by excavation will be reduced notably because of cooperation of nails and cement - soil mixing pile wall ; and ( c ) the internal forces of facing in vertical model will be a control factor of design and the cross section tensile strength of cement - soil wall will govern strength of the

    主要研究結論有： （ 1 ）復合土釘支護的作用機理主要為臨時加固土體以保證局部穩定、有機聯系以共同承擔荷載、改善土體性質起到止水抗滲作用。 （ 2 ）試驗結果表明：復合土釘支護能夠充分調動周圍土體共同作用，有效地控制基坑變形；復合土釘支護中止水帷幕的插入深度和強度對控制邊坡變形與失穩有較大作用；復合土釘支護效果明顯優於一般的土釘支護。 （ 3 ）面層與邊坡土體共同變形，設計時可按外力作用下的彈性地基梁進行計算。
  6. With the prerequisite of meeting requirement of its working performance, the mix design of common grades can be concluded though strength test if we check various property of the said concrete with the certain mix design, such as compressive strength, tensile strength, elastic modulus, reinforcement wrapping strength, leakage resistance, shrink property and charring resistance, and compare them with property of ordinary concrete, we will find that the various dynamic property of self - densifying high performance concrete is very satisfactory and the durability is quite ideal

    在滿足自密實高性能混凝土工作性能的前提下，通過強度試驗得出常用強度等級混凝土的配合比，檢測該配合比下的自密實高性能混凝土的抗壓強度、劈裂抗拉強度、彈性模量、鋼筋握裹力性能、抗滲性、收縮性、抗炭化性等性能，以及各種性能與普通混凝土的比較，驗證自密實高性能混凝土硬化后的各方面力學性能是完全能夠符合要求的，並且具有較高的耐久性。
  7. Aerospace ; reinforcement fibres for plastics ; tensile test of impregnated yarn test specimens

    航空航天.塑料用加強纖維.浸漬紗線試樣的拉力試驗
  8. In this model the anisotropic constitutive models of concrete are introduced according to its different behaviors under compressive stress and tensile stress, and it is considered that a certain amount of rust product is carried away from the rust layer around the reinforcement and deposited within the open cracks after the cover cracked, which will reduce the expansive pressures

    由於混凝土拉壓性能的不同，應用各向異性本構關系，並考慮保護層開裂以後，鋼筋的銹蝕產物會有部分滲透到裂縫中，降低銹蝕產物對保護層的膨脹壓力，對鋼筋銹蝕膨脹應力進行了計算。
  9. The results showed that the in - situ formed tibi particles which had a size of about 50nm, exhibited a homogenous dispersion in the copper matrix. moreover, the interface between the nanoscale particles and the copper matrix was clean, and there was no certain location relationship. due to their reinforcement, the tensile strength and hardness of the in - situ cu - tib _ 2 nanocomposite significantly improved

    通過光學顯微鏡、 tem 、 xrd等對cu - tib2原位復合材料進行了金相組織、微結構分析，原位復合材料的鑄態金相組織中彌散分佈著團簇狀的tib2顆粒；形變態金相組織中tib2顆粒呈纖維狀排列； tem觀察表明：在基體內存在著尺寸約為50nm 、彌散分佈的tib2顆粒，且tib2顆粒與基體之間界面清晰，但由於tib2結構與銅晶體結構的差別較大， tib2顆粒與基體之間無固定的位向關系；納米tib對銅基體有良好的增強作用。
  10. 3 - wire strands with tensile strength of 1570 mpa were collocated in the lower precast concrete slabs of superposed floor. the manner of reinforcement lap and other detailing were brought forward. plane dimensions of the tested floor are 9m and 12m, and height is 180mm

    本論文通過對前期試驗的分析總結，選用1570mpa的三股鋼絞線作預制底板的預應力鋼筋，提出了合理的板側橫向鋼筋搭接方式和其它構造措施，並按照現行規范設計並製作了試驗結構，樓蓋平面尺寸9 12m ，樓板厚度180mm 。
  11. Uncertainty analysis of tensile strength of reinforcement and its application

    鋼筋抗拉強度不確定度分析及其應用
  12. High speed depressive center wheels are resin - bonded abrasive tool with special fabric reinforcement mesh bearing high tensile strength, shocking and bending, by using with peripheral velocities up to 80m s meet high grinding efficiency and great safety in production

    鈸形砂輪，具有較高的抗拉抗沖擊和抗彎強度，使用速度可達80米秒。使用此種產品，效率高而安全。
  13. Glass textile reinforced plastics. preparation of sheets of thermosetting resins with unidirectional reinforcement for tensile test specimens

    玻璃紡織物增強塑料.熱固性樹脂拉力試件單向增強塑料板的制備
  14. Linear component gradient variation of aggregates improves 16 % of aggregates homogeneous distribution on bending strength ; parabolic component gradient variation does 8 %. gf is widely used as composite reinforcement due to low cast and excellent properties such as high tensile strength and high elastic modulus

    拋物線梯度不如線性梯度增強效果好，線性梯度變化比均勻分佈試件抗折強度提高了16 ，拋物線梯度提高了8 ；玻璃纖維的高抗拉強度及較高的彈性模量，提高了纖維混凝土復合材料的拉伸強度和彈性模量。
  15. A study of limiting values for minimal ratio of longitudinal tensile reinforcement in non - seismic reinforced concrete beams

    非抗震梁受拉鋼筋最小配筋率取值分析與建議
  16. Allowable ultimate tensile strain of reinforcement

    鋼筋拉應變限值
  17. Non uniformly distributed strain coefficient of longitudinal tensile reinforcement

    縱向受拉鋼筋應變不均勻系數
  18. Standard test method for ultimate tensile properties of turf reinforcement mats

    草皮加強網基本拉伸特性的標準試驗方法
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