It is shown that the fiber can considerably resist the matrix creep along the axial direction, but not so for transversely and shear deformation.
研究表明，纤维在轴向对基体的蠕变起到明显阻止作用，而在横向和剪切变形下的作用较小。
On the basis of the transfer matrix theory, the authors have studied the transmission properties of the sampled chirped fiber grating.
运用传输矩阵理论，对取样啁啾光纤光栅的传输特性进行了模拟研究。
It becomes clear, then, that adhesion of the fiber and the matrix at the composite interface is fundamental to the failure of the composite.
这样，显然，复合材料界面上的纤维与基体的粘接是复合材料失效的基础。
The constitutive model had excellent fits to experimental data to yield matrix and fiber parameters that increased with time in culture.
定制的模型具有和实验数据极好的相适性，导致支架和纤维参数随培养时间而增加。
FN was placed among the cells, collagen fiber, the bundles of nerve and blood vessel and the amorphous matrix.
FN存在于细胞、胶原纤维、无定形基质和血管神经束之间。
Based on the coupled-mode theory, the transfer-matrix method is used to calculate the transmission spectra of phase-shifted long-period fiber gratings (LPFG).
应用耦合模理论和传输矩阵法计算模拟了长周期光纤光栅的透射谱，并对其进行了切趾优化。
The more attention was paid for the effects of matrix, interface and fiber orientation on stress transfer and stress distribution in composite.
研究中主要讨论了基体、纤维和界面的力学性能以及纤维位向的变化对应力传递和应力分布的影响。
The stress transfer at the interface requires an efficient coupling between fiber and matrix.
界面上的应力传递要求纤维与基体之间具有有效地偶联。
The influences of the fiber substrate pretreatment process and matrix densification methods on the properties of carbon fibers reinforced silicon carbide composites have been investigated.
研究了炭纤维编织增强体的预处理工艺和基体致密化工艺对炭纤维增强碳化硅基复合材料性能的影响。
It was concluded that the interlaminar tensile strength of the composite is dominated by the bonding strength of the interface between fiber and matrix, not by lay-up orientation.
结果表明：该复合材料层间拉伸强度较少受到铺层取向的影响，而由纤维与基体的界面结合强度所控制。
The deformation and interfacial stress of fiber and matrix are analyzed based on the linear elastic method and shear-lag theory.
通过采用线弹性理论和剪滞理论，对纤维和基体的变形及其界面应力进行了分析。
The effects of volume fraction, cross section shape of fibers and the relative thermal conductivity of fiber and matrix on thermal conductivity of composites are analyzed in this thesis.
本文通过计算结果比较，分析了复合材料体分比、纤维截面形状、纤维与基体的相对导热系数对复合材料整体导热性能的影响。
The cross section aspect ratio of fiber and the distribution of matrix surrounding are taken into consideration in the model.
该模型考虑了纤维截面的纵横比及基质在纤维周围的分布，对所有纵横比的情况都适用。
Reflective spectral properties of sampled fiber Bragg grating is theoretically calculated by transfer matrix method.
用传输矩阵法从理论上计算了取样光纤布拉格光栅的反射谱特性。
Mechanical propertys of fiber composites largely depend on stress transfer of fiber and matrix.
纤维复合材料的力学特性很大程度上依赖于纤维和基体的应力传递。
Polymer is frequently used to be as the matrix of fiber reinforced composite (FRC).
在某些纤维增强复合材料（FRC）中使用金属或高分子聚合物作为基体材料。
The dependences of the rheological properties of SFRC on the characteristics of short fiber and matrix, the amount and length of short fiber, temperature and shear rate in flow field were discussed.
分析了SFRC流变性能与纤维及基质胶料特性、纤维用量及长度、流场及流温、预处理方法等因素的依赖关系；
The interfacial structure of graphite fiber reinforced magnesium matrix composites becomes complex because of the addition of al into the matrix.
石墨纤维增强镁基复合材料由于基体中加入了铝元素，其界面情况变得较为复杂。
Also the microstructures at the interface of fiber and matrix were observed and analyzed through TEM.
用透射电子显微镜观察分析了增强体与基体合金界面的微观组织结构。
ILSS result of carbon fiber reinforced composite shows that the matrix is suitable for hot-melt carbon fiber winding composite material.
碳纤维增强复合材料层剪强度测试结果表明，基体适用于纤维热熔法缠绕复合材料。
The static fatigue behaviors of unidirectional short fiber reinforced glass ceramic matrix composites under different medium were investigated.
研究了不同介质中单向短纤维增强玻璃陶瓷基复合材料的静疲劳行为。
The traditional shear lag theory of stress transfer in short fiber reinforced metal matrix composites was modified and improved.
对短纤维增强金属基复合材料应力传递的传统剪滞理论进行了修正和改进。
In a composite system, the adhesion at the interface between fiber and matrix plays an important role in improving the resulting mechanical behavior.
良好的界面粘结是制备高性能复合材料的关键之一，而树脂与纤维的优良浸润则是其首要前提。
The size of the microcrystallites both in carbon fiber and in matrix was also increased.
碳纤维和基体碳的微晶尺寸也都有所增加，这些微晶沿纤维轴向择优取向；
Regarding the design method, pseudo strain hardening model, pseudo strain hardening performance indices and how to choose fiber, matrix and interface for UHTCC are introduced.
在设计方法方面，准应变硬化模型，准应变硬化性能指标和如何选择纤维，基体和界面UHTCC的介绍。
Infiltration process of fiber reinforced magnesium aluminium matrix composites made by liquid infiltration was mainly studied in the paper.
本文着重研究了液态浸渗法制备纤维增强镁、铝基复合材料的浸渗工艺。
The reinforcing fiber is added into electrolyte matrix and electrode in order to prevent matrix from breaking.
在电解质基板以及电极内部添加增强纤维，有效地防止了运行时基板断裂。
The friction and wear tests of the self lubricating bearing made of carbon fiber reinforced copper matrix composite materials are arranged by uniform design that can greatly reduce the test duration.
根据均匀设计原理，对碳纤维增强铜基复合材料的磨损试验参数予以科学排列，不仅减少了试验次数，而且提高了试验数据统计结果的可靠性。
Resin transfer molding(RTM) is one of the important processes for fabrication of fiber-reinforced polymer-matrix composites.
树脂传递模塑工艺（RTM）是纤维增强聚合物基复合材料的重要制备工艺之一。
Resin transfer molding(RTM) is one of the important processes for fabrication of fiber-reinforced polymer-matrix composites.
树脂传递模塑工艺（RTM）是纤维增强聚合物基复合材料的重要制备工艺之一。
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