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reinforcing fibers
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  增强纤维
     In this thesis, the influence of resin adhesives, reinforcing fibers and fabrication processes on the friction and wear characteristics of Al-MMC / resin matrix friction material tribological systems were investigated and the preferable formulation and fabrication process of friction materials using for Al-MMC brake disc were developed.
     本文结合国家863计划资助项目,采用多层喷射共沉积制备的15vol%SiC颗粒增强Al-MMC作为对偶,研究了树脂基摩擦材料的基体、增强纤维以及制备工艺三个方面对Al-MMC/树脂基摩擦材料摩擦磨损性能的影响,探求出了适用于Al-MMC制动盘的树脂基摩擦材料配方及制备工艺。
短句来源
     A novel sensor is developed to monitor the evolution of pressure borne by reinforcing fibers, hence the viscosity evolution of the resin can be revealed indirectly during the cure process.
     新型的基于光纤微弯损耗原理的光纤传感器可以在线监测复合材料生产过程中的增强纤维所承担的压力,从而间接的得出树脂基体在固化过程中的粘度发展这个复合材料生产过程至关重要的参量。
短句来源
     By using a MG-2000 friction tester,the friction and wear performance of Steel/Cu fiber,Kevlar pulp/potassium titanate whisker and carbon fiber reinforced friction materials were investigated to choose reinforcing fibers in friction materials used for SiCp/Alcomposite brake disc. The worn surface morphologies of friction materials were observed with a scanning electronic microscope.
     为了选择适合于SiCp/Al复合材料制动盘的树脂基摩擦材料增强纤维,采用MG-2000摩擦磨损试验机研究了钢/铜纤维、Kevlar纤维/钛酸钾晶须以及碳纤维3种增强体系摩擦材料的摩擦磨损性能.
短句来源
     The discussion is mainly on combining methods of reinforcing fibers and thermoplastic matrix,especially the methods in yarn level,and preparing methods for those yarns or towpregs.
     着重讨论了增强纤维与热塑性树脂的结合方法,特别是在纱线水平的结合方法以及这些纱线的前处理方法。
短句来源
     Calcium polyphosphate fibers have been prepared. The research showed that the structure of the fiber is glass state,the tensile strength is 1 90GPa,the modulus of elasticity is 67 5GPa,and the fibers are chemically degradable. So it can be used as reinforcing fibers for degradable composite materials.
     为解决材料在环境中的降解问题,制备了聚磷酸钙纤维.研究表明其结构为无定形玻璃态,抗拉强度为1.90GPa,弹性模量为67.5GPa,并可发生化学降解,故可作为可降解复合材料的增强纤维
短句来源
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  增强纤维的
     Growth Mechanism of Reinforcing Fibers in Situ for Fe-C-Cr Eutectic Alloy
     Fe-C-Cr共晶合金自生增强纤维的生长机理
短句来源
     The Formation of In-situ Generated Reinforcing Fibers
     原位增强纤维的成形过程
短句来源
     The growth mechanism of reinforcing fibers in situ for Fe-C-Cr eutectic alloy duringthe unidirectional solidification was discussed and the influcence of solidification rate onthe fiber spacing and its morphology were also studied.
     探讨了Fe-C-Cr共晶合金单向凝固过程中自生增强纤维的生长机理,并研究了纤维间距和形貌随凝固速度变化的规律。
短句来源
     Effect of yarn structure on impregnating properties is analyzed by using Dacrys law, and impregnating behavior of yarn with various structures(uncommingled yarn of reinforcing fiber/thermoplastic fiber, ideal commingled yarn, commingled yarn) is studied. Fluffiness of reinforcing fiber bundle and good mixing of reinforcing fibers/thermoplastic fibers may improve matrix impregnating properties and mechanical properties of composites.
     利用达西定律分析了混纤纱结构对基体浸渍性能的影响 ,并分析了增强纤维 /热塑性纤维并列纱、理想混纤纱、一般混纤纱的基体浸渍特征 ,增强纤维的膨松以及增强纤维 /热塑性纤维的良好混合度有利于基体的浸渍 ,复合材料的弯曲性能提高
短句来源
     The surface of polypropylene (PP) is inert and so is difficult to make conglutination with reinforcing fibers.
     聚丙烯(PP)表面呈惰性,不利于与增强纤维的粘合.
短句来源
  “reinforcing fibers”译为未确定词的双语例句
     Effect of length and volume fraction of the reinforcing fibers on micro yield behaviors of Al_(2)O_(3)-SiO_(2)/Al-Si metal matrix composites
     纤维长度和体积分数对Al_2O_3-SiO_2/Al-Si微屈服行为的影响
短句来源
     Russia's reinforcing fibers
     俄罗斯的增强纤维材料
短句来源
     The fracture mechanisms of the hybrid composites is induced by debonding of reinforcing fibers at the large angle to the direction of the tensile load.
     复合材料断裂主要为大角度的纤维脱粘所致
短句来源
     The reinforcing fibers is well distributed in the base,and mainly in 2-dimension distribution.
     纤维增强相在基体中分布均匀,主要呈二维分布。
短句来源
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  reinforcing fibers
The microstructure of deformation-processed metal-metal composites (DMMC) of Mg-Li alloys containing steel reinforcing fibers was characterized to correlate the fiber size to the deformation strain and mechanical properties of the composite material.
      
The microstructure of deformation-processed metal-metal composites (DMMC) of Mg-Li alloys containing steel reinforcing fibers was characterized to correlate the fiber size to the deformation strain and mechanical properties of the composite material.
      
Deformation-processed metal-metal composites (DMMC) of Mg-Li alloys containing steel reinforcing fibers were prepared by infiltrating a preform of steel wool with the molten matrix.
      
By contrast, cracking of the composite's oxide layer was nonintersecting and aligned nominally parallel with the orientation of the subsurface reinforcing fibers.
      
Relationships are derived by analyzing the stressed state formed in plane objects of composite plate material with a metallic matrix with tensile loading along the reinforcing fibers.
      
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The theory of tensile strength of composite materials are considered In eluded are analyses of tensile strength of fibers, fiber boundles and the different failure machanisms of composites.Most of the reinforcing fibers presently in use are known fo be brittle with a wide scatter in their tensile strength values, and a statistical approach is then called for the discription of strength characteristics of fiber, fiber bundles and conposite materials. In this paper, the probability desity funcfion to present...

The theory of tensile strength of composite materials are considered In eluded are analyses of tensile strength of fibers, fiber boundles and the different failure machanisms of composites.Most of the reinforcing fibers presently in use are known fo be brittle with a wide scatter in their tensile strength values, and a statistical approach is then called for the discription of strength characteristics of fiber, fiber bundles and conposite materials. In this paper, the probability desity funcfion to present the strength distribution of a single fiber is of the weibull form and that for large bundles the Gaussian type. The above information is ultilized to form theoretical models of composite strength. Both the cumulative weaking model with or without stress concentration are considered.Most recent works are summerized. Experimental data are compared to the analytical results and review be given in this study.

本文介绍复合材料的轴向拉伸强度的理论。涉及纤维、纤维束的强度和复合体的拉伸破坏型式分析。 常用纤维加劲材料,大都是脆性纤维。脆性纤维强度变化幅度很大,为此纤维复合材料,须用概率论方法来分析。本文按纤维强度分布为Weibull型,纤维束强度分布为Caussian型,而后采用环链模型理论,就考虑和不考虑应力集中来分析复合体强度。 本文中介绍了新近的科研成果,有理论与实验的验证材料和评论。

According to the healing or regenerating mechanism in an injuredbio-body,the healing of inner damage as cracking,fracture of fibers and unbound defectsbetween fibers and matrix in composite materials is investigated tentatively.It is proposedthat simulating to the hollow fiber cells in bio-bodies,reinforced fibers can be designed in-to hollow structure containing healing fillers.The experimental results show that the innerdamage mentioned above can be completely healed by transforming,wetting...

According to the healing or regenerating mechanism in an injuredbio-body,the healing of inner damage as cracking,fracture of fibers and unbound defectsbetween fibers and matrix in composite materials is investigated tentatively.It is proposedthat simulating to the hollow fiber cells in bio-bodies,reinforced fibers can be designed in-to hollow structure containing healing fillers.The experimental results show that the innerdamage mentioned above can be completely healed by transforming,wetting and filling ofthe fillers.

本文根据生物体损伤愈合的原理,对金属基复合材料内部纤维开裂、分离和折断损伤的愈合进行了尝试,提出增强纤维可以模仿生物体内纤维结构,设计成为空心结构,内部填充愈合剂。模拟试验结果表明,增强纤维开裂、分离和折断内部损伤可以通过管内愈合剂的输送、浸润和填充达到愈合。

A few issues about papermaking with wheat straw pulp, which include effect of nonfiber components on papermaking and paper properties, effect of reinforce fibers on papermaking and paper properties, runnability of wheat straw pulp and brittleness of the paper made of wheat straw pulp, were discussed in detail based on the experiments carried out in Paper Industrial Research Institute of China recent years.

本文就杂细组分的影响、添加长纤维组分的增强作用、纸机抄造性能和纸张脆性等几个问题,讨论了以麦草浆为原料的造纸过程及纸张性质的一些特点。

 
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