These thicker laminates are more difficult to infuse and the exotherm development of traditional epoxy systems can lead to exotherm wrinkles in spar caps.
但这些较厚的层压板不易进行灌注，同时，由于传统环氧系统的固化放热还会导致在主梁生产过程中产生起皱等品质缺陷。
In this paper, the manufacture process, the mechanical and delamination properties of several kinds of fiber reinforced aluminium laminates have been studied.
本文初步探索了几种纤维增强铝合金胶接层板的成型工艺，并评定了这些层板的力学性能和抗分层性能。
The need to characterize damage resistance and damage tolerance behaviour of composite laminates was proposed by the design requirements and usage experience.
复合材料结构的设计要求和使用经验提出了复合材料体系损伤阻抗和损伤容限性能表征的需求。
The formula for calculating the elastic constants of the composites laminates is derived in this paper. The calculating results agree with the experimental values.
本文推导了计算多向复合材料层板弹性模量的公式，计算结果与实验结果符合得很好。
The representative testing results of laminates show that the equipment is effective and the testing method is a promising attempt, which can be used for reference.
对层板复合材料试验结果的分析表明，设计的测试装置有效，建立的测试方法是对层板复合材料断裂韧性测试的有益尝试，有较大的参考价值。
Also, no delaminations were found in tensile and cyclic tests at elevated temperature. That significantly shows a nearly perfect bonding in hybrid laminates is made.
并且高温下之拉伸与疲劳试验下皆无脱层，明显的展现了优良的混和积层板已制作完成。
Predicting residual compression strength of composite laminates with delamination is a very important research subject for Engineering composite structure designers.
准确预测含分层损伤层合板的剩余压缩强度，对复合材料具有十分重要的意义。
The effects of stitching technical parameters such as the stitch thread diameter, stitch step and stitch space on the stitched composite laminates are also analyzed.
研究了缝纫参数(包括缝纫线直径，缝纫针距和行距)对缝纫复合材料层合板屈曲强度的影响。
Since the isotropy of such laminates holds only for the elastic properties but not for the strength behavior their strength largely depends on the stacking structure.
在板内发生损伤之后，其各向同性性质不再保留，最终强度将依赖于加载方向以及叠层顺序。
In addition, by combining the interleaving and surface bonded PZT ceramics, joint effect of both methods has been achieved for the vibration damping of CFRP laminates.
另外，将插层和表面粘结压电陶瓷方法结合并用，会收到综合的CFRP振动阻尼效果。
Since the isotropy of such laminates holds only for the elastic properties, but not for the strength behavior, their strength largely depends on the stacking structure.
在板内发生损伤之后，其各向同性性质不再保留，最终强度将依赖于加载方向以及叠层顺序。
Followly, the bending rigidity and transverse shearing rigidity of one-way bamboo-stripe laminates applied to shipbuilding has been measured practically with this method.
用该方法实测了造船工业用的单向竹蔑积成胶合板的弯曲刚度与横向剪切刚度。
The characteristic of thermosetting polyphenylene oxide resin copper clad laminates as wel as their application in the high frequency printed circuit board is introduced.
论述了热固性聚苯醚树脂基覆铜板的特性及其在高频印刷电路板上的应用。
The automatic Cut Sheet Laminator 1600-spc is a high productivity machine which automatically premeasures and precisely laminates dry film within the confines of the panel.
自动贴膜机1600-SPC是高生产率的机器，可以自动精确测量预贴干膜，使之尺寸与板料边缘符合。
In this paper, the interlaminar stress distributions of symmetric composite laminates with a hole are predicted by the three-dimensional elastoplastic finite element method.
本文用三维弹塑性有限元法计算了含圆孔对称复合材料层板的层间应力分布。
The test result shows that the unidirectional laminates have good relativity of resistance and strain and can be used as strain sensor to inspect the safety of the structure.
结果表明，单向碳纤维布复合材料电阻变化具有较好的应变相关性，可作为应变传感器使用，达到预警及智能监测的效果。
The results indicate that the damage tolerance behavior of composite laminates can be taken fully by taking the impact threats into consideration in the reliability analysis.
研究表明，通过在可靠性分析中引入了冲击威胁的概念，可以较充分地发挥复合材料层压板的损伤容限性能。
Then, buckling characteristic equations for laminates with built-in circular or elliptical delaminations are derived by using the variational principle and linearized method.
然后由变分原理并进行线性化得出了含内埋圆形或椭圆形脱层板的屈曲特征方程。
By using a dynamic contact analysis, a finite element model is developed to calculate the response of composite laminates to low velocity impact. A numerical example is given.
利用动力接触分析方法模拟冲击的接触行为，提出了一种新的计算复合材料层板低速冲击响应的有限元模型。最后给出一个算例。
Most commonly, bolted joints are adopted to connect laminates to other structures, and the fatigue properties of joints affect the service life of jointed structures seriously.
此种结构一般采用螺栓连接，其连接处的疲劳特性往往决定了结构的使用寿命。
The paper introduces the design principle. preparing technique, the main research topics and current status of the biomimetic laminates composite materials in biomimetic terms.
从仿生的角度介绍了仿生复合材料尤其是层状复合材料的设计原理、制备方法、主要研究内容和现状。
In this paper, a nonlinear elastic model to predict stress-strain relationship of circular concrete columns confined with fiber reinforced polymer (FRP) laminates is developed.
在本文中，作者建立了FRP约束混凝土圆形柱应力-应变关系的非线性弹性模型。
Effect of potassium permanganate etching solution on the roughening of epoxy resin laminates board and 3240 epoxy resin board at various temperatures and times was investigated.
在不同的微蚀温度、时间条件下，研究了高锰酸钾微蚀溶液对环氧树脂层压板和3240型环氧树脂板(基板)微蚀作用的影响。
Divorced from the watery, breezy world outside, each venue offered variations of faux wood-grain laminates; dark, patterned carpets; brass railings and flamboyant light fixtures.
远离大海与微风的外部世界，所有场馆里都有不同的伪木质压层、带花纹的深色地毯、黄铜围栏和花哨的灯具。
The experiment results show that the dynamic response of the laminates is clearly dependent upon temperatures and strain rates and there exists dynamic toughness in the laminates.
实验结果表明，玻璃布环氧层板具有明显的应变率、温度效应；在室温以上温度环境下，该层板具有动态韧性。
An energy method for determining fracture toughness of fibrous composite laminates was based on the theory of elastic energy release rate and crack-growth resistance in this paper.
应用线弹性断裂力学的弹性能释放率及裂纹扩展阻力等基本概念和理论，建立起确定纤维增强高分子聚合物复合材料断裂韧性的能量方法。
Flexural strength and open-hole tensile strength of glass-fiber woven reinforcement epoxy laminates is investigated experimentally at room temperature and hygrothermal environment.
实验研究了不同铺层厚度的二维机织玻璃纤维织物/环氧胶膜基体复合材料层压板室温和湿热环境下的开孔拉伸和弯曲性能。
A cumulative damage model is proposed, which can be used to consider the influence of in plane bi-axial stresses and mean stress on the fatigue behavior of unidirectional laminates.
推荐了一种应变损伤累积模型，能够考虑单向板面内多轴应力和平均应力的影响。
Thus the suitable positions of barriers in the laminates are suggested according to the theory that enlarging time-lag may reduce gas permeation relatively through multiple laminates.
设置布位对气体通过迭层材料渗透的动态影响，从而根据增大时间延迟而相对地减小气体渗透的原理提出了阻挡层合理布位的看法。
With the compliance changing rate method, the crack initiation time and the dynamic fracture toughness of CFRP and GFRP laminates were obtained at two kinds of strain rates separately.
利用柔度变化率方法确定起裂时间，分别得到在两种加载速率下CFRP、GFRP层板的动态断裂韧性。
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