The problem of residual thermal stresses in the composites containing twisted fiber bundles due to curing can be solved in energy method.
含有加捻纤维束的复合材料由于固化而产生的热残余应力问题，可以用能量法获得解答。
The thermal residual stresses can be indicated as a function of the properties of fibers and matrix materials and geometry of twisted fiber bundle.
这种热残余应力可以表示为纤维、基体材料性质以及纤维束几何参数的函数。
The geometric relevance to deformation of the twisted fiber bundle was analyzed and the influence of twisting on performance parameters of the bundle was revealed by energy method.
分析了加捻纤维束的变形几何关系，利用能量法揭示了加捻对纤维束性能参数的影响。
The analytical results show that the curing residual stresses of the twisted fiber composites in which there are different coefficient of thermal expansion due to curing can be decreased greatly.
分析结果表明：加捻纤维束构成的复合材料，由于纤维适当加捻，可以大大减弱纤维与基体各具不同的热膨胀系数而产生的固化残余应力。
The laurel crown ribbon, not genius fiber twisted, but with pain, suffering silk thread of textile.
桂冠上的飘带，不是用天才纤维捻制而成的，而是用痛苦，磨难的丝缕纺织出来的。
The transverse load characteristics of twisted long-period fiber grating (LPFG) written by high-frequency CO2 laser pulses was demonstrated.
研究了高频CO2激光脉冲写入的长周期光纤光栅在扭曲状态下的横向负载特性。
The shape, size and light transmitting ability of the twisted optical fiber are discussed.
本文论述光纤倒像器中扭转光学纤维的形状和尺寸及其特别的传光性能。
Strife, divisions, difference of opinion, prejudices twisted into the very fiber of being, oh, that they should begin so early, Mrs.
争吵，分歧，意见不和，各种偏见交织在人生的每一丝纤维当中：啊，为什么孩子们小小年纪就已经开始争论不休？
These converters change Ethernet twisted pair copper wires into fiber optic signals.
转换器可以转换双绞铜线为光纤维信号。
Optical fiber communication mode is adopted in main channels, RS-485 communication mode using shielding twisted pair lines is employed in branch channels, and detailed descri…
在系统主干线通道上采用光纤通信方式，对于分支通信采用屏蔽双绞线以RS-485方式通信，并对网络体系结构作了详细的描述。
HDSL is a new high-speed data transport technology realized over twisted-pair wires and is known as "copper optical fiber."
高比特数字用户环路(HDSL)技术是一种新的在双绞铜线上实现高速数据传输技术，有“铜光纤”之称。
In aggressive mode, UDLD can also detect unidirectional links due to one-way traffic on fiber-optic and twisted-pair links and to misconnected interfaces on fiber-optic links.
这个模式下，UDLD可以检测到由于端口的误接引起的光纤的单向链路，并且还可以检测到光纤及双绞线链路中的单向链路。
In aggressive mode, UDLD can also detect unidirectional links due to one-way traffic on fiber-optic and twisted-pair links and to misconnected interfaces on fiber-optic links.
这个模式下，UDLD可以检测到由于端口的误接引起的光纤的单向链路，并且还可以检测到光纤及双绞线链路中的单向链路。
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