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。
The transfer matrix method for the bending and stability of the variable section beams with shear deformation is presented.
提出了考虑剪切变形时变截面梁弯曲和稳定计算的传递矩阵法。
Matrix should be of martensite, because it can resist impact and has little deformation.
基体应是马氏体，它能抵抗冲击，变形小。
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 plastic deformation could promote matrix T1 precipitation and make it refined and uniformly distributed.
预变形促进基体t1相析出，并使其显著细化和均匀分布。
It demonstrated that the experiment of hardness is likely to upset in the experiment of compression. Hardness tester indenter make matrix metal plastic deformation and viscous flow happen.
结果表明，硬度实验类似于压缩实验中的镦粗，硬度计压头可使金属基体发生塑性变形及粘性流动。
The effects of interface liquid phase between SiC particle and aluminium matrix on the superplastic deformation of aluminium composite were discussed.
讨论了碳化硅与铝基体之间的界面液相对超塑变形的影响。
The lateral deformation of multistory frame structure may mainly be shearing displacement between stories, and shearing model between stories may frequently be adopted in analysis of rigidity matrix.
多层框架结构侧向变形主要为层间剪切变形，其刚度矩阵常采用层间剪切模型；
The effect of the whisker rotation on the hot compressive deformation behavior of the whisker reinforced aluminum matrix composite is investigated by the plane strain finite element method.
采用平面应变有限元方法研究了晶须转动对晶须增强铝基复合材料热压缩变形行为的影响。
The changing regularity of the deformation and compliance of resin matrix composites with the fiber orientation has been discussed.
讨论了树脂基复合材料的柔度和变形随纤维方向的变化规律。
It is regarded that the wetting deformation is generated by the loss of matrix suction, and a constitutive relationship between lost matric suction and wetting deformation deduced.
认为湿化变形是由基质吸力丧失而产生，由此推导出丧失基质吸力与湿化变形的定量关系。
The toughening efficiency was related to morphology, chemical bonding and epoxy resin matrix deformation of the system.
增韧效果与体系的相态结构、化学键合和环氧基体的延展性有关。
Reference to the derivation of the general beam element matrix, taking into account the shear deformation of the beam element, it is derived spatial beam element stiffness matrix.
参考一般梁单元矩阵推导过程，考虑了梁单元的剪切变形，推导出空间梁单元刚度矩阵。
Stiffness matrix of the piles was given, including bending and shear deformation effects. The damping of the entire structure was calculated using the damping of each of the sub-structures.
推导同时考虑弯曲变形和剪切变形时的群桩刚度矩阵，采用分别计算各子结构阻尼的方式来考虑整个结构的阻尼，并采用等效线性化原理来考虑土体的非线性。
The toughening efficiency was related to morphology, interfacial bonding, thermoplastic particle deformation and matrix deformation of the system.
体系增韧效果与相态结构、界面粘合、热塑性粒子的延展性和双马基体的延展性有关。
For matrix cracking and large deforming, the deformation of a filament wound case is analyzed and calculated.
本文分析计算了基体开裂及大变形对纤维缠绕壳体变形的影响，得到了比较满意的理论分析结果。
It is found that plastic deformation can also lead to crystallization in amorphous alloy. It is expected to become an effective means to prepare new amorphous matrix composites.
塑性变形同样能够诱导非晶合金的晶化，并且有望成为制备新型非晶基复合材料的有效手段。
The best synthetic method was solution polymerization and the toughening efficiency was related to morphology, interfacial bonding and matrix deformation of the system.
其合成方法以溶液聚合为好。增韧效果与体系相态结构、界面键合和环氧基体的延展性有关。
Accodring to analysis of structural deformation in three-dimensional space, a matrix-displacement method based on multiple substructural analysis -which simulates the construction process is proposed.
根据三维空间结构节点的变位分析，建立了模拟建造过程的多重子结构分析矩阵位移法。
Debonding of reinforced particles from the matrix and cavitation of rubber particles, in the case of co-PP, ease plastic deformation and thus, reduce the scratch resistance.
对于共聚pp，基体材料中的填充粒子的脱粘和橡胶粒子的空化使塑料破坏更加容易，从而降低了耐刮擦性。
For not considering the non-linear deformation in linear model camera calibration, projection matrix (PM) con-tains calibration error that affects the precision of3D reconstruction.
线性模型摄像机标定中，由于不考虑非线性畸变，使投影矩阵存在着标定误差，并影响三维重建的精度。
Deformation induced by this electrical field in cement is the result of temperature difference and the electroosmosis behavior of electrolyte solvent in the porous cement matrix.
电力效应是电致温度差和水泥孔隙中电解质溶液产生电渗的共同结果。
Deformation induced by this electrical field in cement is the result of temperature difference and the electroosmosis behavior of electrolyte solvent in the porous cement matrix.
电力效应是电致温度差和水泥孔隙中电解质溶液产生电渗的共同结果。
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