composite material structure中文是什么意思

• 复合材料结构

• "composite"中文翻译    adj. 1.并合的，复合的，混成的，合成的，集成的。 ...
• "material"中文翻译    adj. 1.物质的(opp. spiritual)。 ...
• "structure"中文翻译    n. 1.构造，结构；组织；石理，石纹。 2.建造物。 ...
• "composite material" 中文翻译 :    衬合材料; 成层材料; 复合材料; 合成材料; 合成涣
• "material composite" 中文翻译 :    复合材料
• "composite structure" 中文翻译 :    复合结构; 混合结构; 组合结构
• "ablative composite material" 中文翻译 :    烧蚀复合材料; 烧蚀性复合材料
• "absorbable composite material" 中文翻译 :    吸收的复合材料
• "advanced composite material" 中文翻译 :    先进复合材料，高级复合材料; 现代复合材料; 新型复合材料
• "aligned composite material" 中文翻译 :    定向复合材料; 取向复合材料
• "anisotropic composite material" 中文翻译 :    各向异性复合材料
• "cab composite material" 中文翻译 :    复合材料
• "calcic-plastic composite material" 中文翻译 :    钙塑材料
• "carbon-carbon composite material" 中文翻译 :    碳复合材料
• "ceramic composite material" 中文翻译 :    陶瓷复合材料
• "composite contact material" 中文翻译 :    复合电接触材料; 复合电接触器材
• "composite cost of labour and material" 中文翻译 :    工料合算价
• "composite electro-chemical material" 中文翻译 :    复合电化学材料
• "composite material container" 中文翻译 :    复合材料集装箱; 混合材料集装箱
• "composite material film" 中文翻译 :    复合材料薄膜
• "composite material vessel" 中文翻译 :    复合材料容器
• "composite metallic material" 中文翻译 :    复合金属箔; 复合金属材料
• "composite neutron-absorbing material" 中文翻译 :    复合中子吸收材料
• "composite resin filling material" 中文翻译 :    复合树脂充填材料
• "composite resin flling material" 中文翻译 :    复合树脂充填材料

• Advances in damping analysis and design of fiber reinforced composite material structures
  纤维增强复合材料结构阻尼研究进展
• ( 3 ) . linear quadratic regulation method is used to design the optimal feed back controller for the composite material structures with the piezoceramics embedded
  ( 3 ) .对压电复合智能材料结构设计了线性二次型最优控制器。
• Analysis and compution proves that those dsps are precise to identify the damage of structures . so these dsps could be applied in shm for composite materials structures
  分析计算的结果表明，几种标识量都有较好的识别精度，能较可靠地应用用于复合材料结构的损伤识别和健康监控。
• This paper starts with the dynamic characteristics of structures , seeks the damage sign parameters ( dsp ) of composite materials structures , which have essential relations with the damage / healthy status
  本文从复合材料结构的动力学特性入手，找出能较方便地反映结构损伤失效的特征标识量。
• The main research works done and conclusions extracted are listed as follows . ( 1 ) . based on the piezoelectric equation , the strain and stress distribution are analyzed for the composite material structures with piezoelectric materials embedded inside
  从压电材料的压电方程出发，针对埋入式压电片，分析埋入式压电片在和结构一起发生变形时基体结构材料和压电材料的应力应变的分布规律和关系。
• The conclusions obtained as follows : firstly , the structure ' s free frequency is decreased by the reduction of the mechanical property of the material with the increasing temperature ; secondly the thermal stress produced by the temperature gradient may decrease or enlarge the structures natural frequency ; thirdly , the variety of natural frequency of the alloy structures effected by the heat effect apparently higher than that of the composite material structures
  最后，采用ansys程序分析了合金材料、复合材料的板、弹体结构的热振动特性。在不同的热载条件下，取得以下结论：升温导致的材料机械性能下降都会降低结构固有频率，而温度梯度产生的热应力可能降低也可能提高结构的固有频率；金属材料结构的固有频率受温度的影响要比复合材料结构的固有频率受温度的影响要明显。
• This article gives the subsistent ability and the analysis result of intensity after repair in the open field airplane composite material structure by research the intensity , rigid and repair problem under a axis compress loads on a typical three stiffened composite laminate which has a penetrability crack ( a scatter damage ) by a shrapnel
  本文通过飞机典型复合材料三加筋层压板结构在被弹片划开一穿透性切口(离散源损伤)后，在轴向压缩载荷作用下所产生的强度、刚度以及修理问题展开了技术研究及探讨，给出军机复合材料加筋板在弹击后生存力以及外场修理后强度恢复分析结果。
• This dissertation deals with the active vibration control strategy using the embedded piezoceramics as both actuators and sensors . with several ceramics embedded into the composite material structures during the manufacturing process without knowing the structural behavior in advance , this dissertation makes use of a self identification procedure to get the models of the system . apparently , the on - line self identification method enable people to update the models of system
  另外本文利用埋入复合材料结构中的压电传感器和驱动器对其进行模型识别而得出结构的动力学模型，再将该模型用于控制器的设计，这样做的好处是如果结构本身或者约束、环境等发生变化后，可以很方便地对结构的模型重新进行在线识别，及时更新控制参数，避免控制失效，而且不需要事先知道结构的其它属性。