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损伤交互作用
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  mutual damage
     The mutual damage of polystyrene both in fatigue and creep were studied.
     探讨了在疲劳 /蠕变复合作用下聚苯乙烯的损伤交互作用
短句来源
     The mutual damage of polycarbonte both in fatigue and creep were studied.
     探讨了在疲劳/蠕变复合作用下聚碳酸酯的损伤交互作用
短句来源
  相似匹配句对
     greater interaction;
     更多的交互作用 ;
短句来源
     Duodenal injuries
     十二指肠损伤
短句来源
     Damage Constitutive Relationship of Coupled Plasticity-creep for Magnesium Alloy
     镁合金塑性-蠕变交互作用损伤本构模型
短句来源
     The damage accumulation method under creep-fatigue reaction is simplified.
     对蠕变疲劳交互作用下的 损伤迭加进行简化;
短句来源
     Damage detection of suspension bridges
     悬索桥的损伤识别
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  mutual damage
The animals were housed individually in special filter cages to maintain aseptic conditions and to prevent mutual damage to the cranial window.
      


From the point of view of phenomenology. defining the effective stress and the ef-fective plastic strain of the elastoplastic damage materials, the effective generalized fric-tion coefficient of equivalent virtual elastoplastic thermodynamic state is obtained basedon the theory of irreversible thermodynamics, and then the three-dimensionalconstitutive equation for the elastoplastic damage materials is deduced, which consid-cred the effect of damage contribution on the effective plastic strain, which is expressedby...

From the point of view of phenomenology. defining the effective stress and the ef-fective plastic strain of the elastoplastic damage materials, the effective generalized fric-tion coefficient of equivalent virtual elastoplastic thermodynamic state is obtained basedon the theory of irreversible thermodynamics, and then the three-dimensionalconstitutive equation for the elastoplastic damage materials is deduced, which consid-cred the effect of damage contribution on the effective plastic strain, which is expressedby a sct of second-order tensor involving the equivalent Burger's dislocation vector ofdamage, considered the interactive effect of elastoplastic and damage. By means of thethermodynamic dissipation mechanism, through introducing the effective generalizedfriction force, the evolution equation of damage under the different plastic strain is alsodeduced. Finally both the constitutive equation and the evolution equation of damageare discussed and a series of useful results are given.

本文从现象学观点出发,在定义损伤材料有效应力及有效塑性应变的基础上,根据不可逆热力学基本原理,得到了等效虚拟弹塑性热力学状态的有效广义摩擦系数。从Gibbs自由能体系出发,推导出了弹塑性损伤材料的三维本构方程。在这一过程中,损伤对塑性内变量的贡献,通过其二阶张量定义,并由等效的Burger位错矢量的井矢表征。从而考虑了弹塑性与损伤的交互作用影响。此外,本文从热力学耗散机制出发,通过引进一个有效的广义摩擦力函数,获得了以耗散势表示的损伤演化方程,并且容易得到显式。最后,本文对给出的损伤本构方程及损伤演化方程进行了讨论,得到一系列有益的结果。

Based on the Interaction Theory on acute injury firstly put forward by the author, 185 acute injuries reported by 91 Chinese elite male gymnasts (average age = 19,SD=2. 18) were analyzed using a quasi-experiment design and ABC analytical method. Through comparison and contrast of the causes reported by typically-introverted vs typically-extroverted and typicallystable vs typically-unstable gymnasts in different age groups, this study revealed some common characters and dissimilarities of acute injuries in gymnasts...

Based on the Interaction Theory on acute injury firstly put forward by the author, 185 acute injuries reported by 91 Chinese elite male gymnasts (average age = 19,SD=2. 18) were analyzed using a quasi-experiment design and ABC analytical method. Through comparison and contrast of the causes reported by typically-introverted vs typically-extroverted and typicallystable vs typically-unstable gymnasts in different age groups, this study revealed some common characters and dissimilarities of acute injuries in gymnasts and hence put forward relevant strategies to cope with the situation.

以损伤的交互作用理论(将损伤的发生看成是个体特性、技术、情境三者交互作用的函数)为指导,采用准则组设计与ABC分析法对91名中国优秀男子体操运动员(19.00±2.18)所报告的185例损伤从个性与管理角度进行了剖析。通过不同年龄组的典型内向型运动员与典型外向型运动员比较及不同年龄组的典型稳定型运动员与典型不稳定型运动员的比较,研究发现了不同年龄不同类型的运动员在急性损伤发生方面的一些共性与特异性,并针对性地提出了一些具体的应付策略。

The mutual damage of polystyrene both in fatigue and creep were studied. The results show that the mutual damage of polystyrene both in fatigue and creep exists. The breaking life is less than one of pure fatigue or creep. The breaking mechanism is that fatigue cycle load causes molecular chains or chain segments to be elongated and shortened cyclically ;and then the molecular chains or chain segments which movements were resisted in single directional external force are loosened and activated. Therefore...

The mutual damage of polystyrene both in fatigue and creep were studied. The results show that the mutual damage of polystyrene both in fatigue and creep exists. The breaking life is less than one of pure fatigue or creep. The breaking mechanism is that fatigue cycle load causes molecular chains or chain segments to be elongated and shortened cyclically ;and then the molecular chains or chain segments which movements were resisted in single directional external force are loosened and activated. Therefore it encourages creep movement and fracture. The degree of mutual damages both in fatigue and creep is closely related to temperature. The degree of mutual damages at lower temperature is more large than that at higher temperature. The breaking life is shorter with higher temperature because the individual damage of pure fatigue or creep increases.

探讨了在疲劳 /蠕变复合作用下聚苯乙烯的损伤交互作用。结果表明 ,在疲劳 /蠕变复合作用下聚苯乙烯存在疲劳和蠕变的交互损伤 ,其断裂寿命比纯疲劳或纯蠕变的断裂寿命低 ;断裂机制是疲劳循环载荷松动和活化了分子链或链段 ,从而促进蠕变运动和断裂。并且 ,疲劳 /蠕变的交互损伤程度与温度密切相关

 
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