查询词典 mechanical damage

This article is mainly a discussion on the spiritual damage compensation for close relatives of victim under the situations of damage to right of life, damage to the right of health and damage to the right of personality of the dead, which is based on an introduction and comparison of the concerned foreign legal regulations and academic theories and in combination with the legal practice in China Wherefore the author put forwards his own ideas as following: first, Under the condition that there is a distance of time between injury and death, the close relatives of the dead shall inherit the right of claim for spiritual damage compensation of the dead for the suffering before his death, in addition to their own intrinsic right of claim for spiritual damage compensation; The second, under the condition that the inflictor has caused the disablement of the sufferer or serious damage to his health, the close relative in a limited cycle of the sufferer should be granted with the right of claim for spiritual damage compensation, which is confirmed in law and becomes a practice in foreign countries; The third, since the aim of the law to protect the personality of the dead from infringement is to protect the benefits of the close relatives of the dead and to maintain public benefits, is constituted on the personality of the dead the close relative of the dead may initial legal proceeding for spiritual damage compensation.

探讨以介绍和比较国外相关法律规定和学术理论为前提，结合我国的实际情况，从理论与实践相结合的角度对以上各问题分别进行了分析，并提出了作者自己的一些见解：第一、在公民从受伤害到死亡有一段时间距离的情形下，死者的近亲属除依法享有其固有的精神损害赔偿请求权以外，还可以继承死者生前就其所受之精神损害而享有的精神损害赔偿请求权；第二、在加害人的行为已造成直接受害人残疾，或者是造成其健康严重受损的其他后果的情形下，我国应在借鉴国外已有立法和判例的基础上，赋予一定范围内的受害人近亲属以精神损害赔偿请求权；第三、法律保护死者人格不受侵害的目的是为了保护死者近亲属的利益和维护公共利益，一般情形下，只要死者近亲属能证明其诉讼主体的合法性，能够证实侵害"死者人格"的行为已构成侵权，即可推定死者近亲属因此而遭受了精神痛苦——无须举证的"名义上的精神损害"，死者近亲属即可提起精神损害赔偿之诉。

This article is mainly a discussion on the spiritual damage compensation for close relatives of victim under the situations of damage to right of life, damage to the right of health and damage to the right of personality of the dead, which is based on an introduction and comparison of the concerned foreign legal regulations and academic theories and in combination with the legal practice in China Wherefore the author put forwards his own ideas as following: first, Under the condition that there is a distance of time between injury and death, the close relatives of the dead shall inherit the right of claim for spiritual damage compensation of the dead for the suffering before his death, in addition to their own intrinsic right of claim for spiritual damage compensation; The second, under the condition that the inflictor has caused the disablement of the sufferer or serious damage to his health, the close relative in a limited cycle of the sufferer should be granted with the right of claim for spiritual damage compensation, which is confirmed in law and becomes a practice in foreign countries; The third, since the aim of the law to protect the personality of the dead from infringement is to protect the benefits of the close relatives of the dead and to maintain public benefits, is constituted on the personality of the dead the close relative of the dead may initial legal proceeding for spiritual damage compensation.

探讨以介绍和比较国外相关法律规定和学术理论为前提，结合我国的实际情况，从理论与实践相结合的角度对以上各问题分别进行了分析，并提出了作者自己的一些见解：第一、在公民从受伤害到死亡有一段时间距离的情形下，死者的近亲属除依法享有其固有的精神损害赔偿请求权以外，还可以继承死者生前就其所受之精神损害而享有的精神损害赔偿请求权；第二、在加害人的行为已造成直接受害人残疾，或者是造成其健康严重受损的其他后果的情形下，我国应在借鉴国外已有立法和判例的基础上，赋予一定范围内的受害人近亲属以精神损害赔偿请求权；第三、法律保护死者人格不受侵害的目的是为了保护死者近亲属的利益和维护公共利益，一般情形下，只要死者近亲属能证明其诉讼主体的合法性，能够证实侵害&死者人格&的行为已构成侵权，即可推定死者近亲属因此而遭受了精神痛苦——无须举证的&名义上的精神损害&，死者近亲属即可提起精神损害赔偿之诉。

The damage assessment of structures is based on the earthquake damage criteria and damage model. The author in the text, through the existing description of earthquake damage criteria and damage model, believes that the actual earthquake damage can be showed by the dual damage criteria on the basis of deformation and energy.

结构的地震破坏评估是建立在地震破坏准则和破坏模型基础上的，本文在对己有的地震破坏准则和破坏模型进行评述的基础上，认为基于变形和能量的双重破坏准则可较好地反映结构的实际震害，并根据倒塌极限状态方程提出了改进的 Park＆Aug。

This article mainly simulates gradually damage destruction process of rock, major in determinationg the definition of rock three-dimensional damage tensor, simplify to the damage tensor and obtain its engineering calculation method, and obtains the basic expression form of equivalent stress by equivalent stress assumption, symmetrization to the actual stress, thus obtains construction relation of the festival principle of three-dimensional damage rock mass, finally couples elasticity- plasticity with damage in the finite element equation, with reference to elasticity-plasticity gradually degenerated method thought, simulates rock damage to advance gradually the destruction process in finite element method, draws up elasticity - plasticity and damage coupling two-dimension finite element procedure with the C language in the VC contact surface, by simulating experiment destroyed process, acquires destruction image and the axial load distortion curve of model, agreement with the experimental result.

本文主要模拟岩石渐进损伤破坏过程，确定岩石三维损伤张量的定义，对损伤张量进行简化计算并得出其工程计算方法，采用等效应力假设得出有效应力的基本表达形式，对有效应力进行对称化，得出节理损伤岩体的三维本构关系，在有限元方程中实现弹塑性和损伤耦合；借鉴弹塑性渐进退化方法的思想，采用有限元的方法模拟岩石损伤渐进破坏过程，用C++语言在VC界面编制了弹塑性和损伤耦合的二维有限元程序，通过模拟已有的实验破坏过程，得出模型的破坏图像和轴向荷载变形曲线，与实验结果基本一致。

The TNT thermal damage equivalent is about 1.2. According to many damage radiuses obtained using diversified damage principles, the overpressure damage and thermal damage are proved to be the main damage modes. The multi-damage evaluation and estimation system were established in this paper.

通过以各种毁伤准则计算的毁伤半径的比较，发现爆炸场与热毁伤是温压炸药的主要毁伤模式，并建立了评价体系，取得了综合的评价结果。

EXCLUSIONS 4 In no case shall this insurance cover 4.1 loss damage or expense attributable to wilful misconduct of the Assured 4.2 ordinary leakage, ordinary loss in weight or volume, or ordinary wear and tear of the subject-matter insured 4.3 loss damage or expense caused by insufficiency or unsuitability of packing or preparation of the subject-matter insured (for the purpose of this clause 4.3 "packing" shall be deemed to include stowage in a container or liftvan but only when such stowage is carried out prior to attachment of this insurance or by the Assured or their servants) 4.4 loss damage or expense caused by inherent vice or nature of the subject-matter insured 4.5 loss damage or expense proximately caused by delay, even though the delay be caused by a risk insured against (except expenses payable under Clause 2 above) 4.6 loss damage or expense arising from insolvency or financial default of the owners managers charterers or operators of the vessel 4.7 deliberate damage to or deliberate destruction of the subject-matter insured or any part thereof by the wrongful act of any person or persons 4.8 loss damage or expense arising from the use of any weapon of war employing atomic or nuclear fission and/or fusion or other like reaction or radioactive force or matter.

EXCLUSIONS 4在任何情况下都不得这个保险 4.1损失损害或费用的原因故意的不当行为的保证 4.2普通渗漏，普通的损失重量或体积，或普通磨损的标的物投保 4.3损坏或丢失所造成的费用不足或不适合的包装或准备受保标的物（目的是这一条款4.3 &包装&应视为包括存放在容器或liftvan但只有当这些堆放进行之前扣押保险或担保或其雇员） 4.4损坏或丢失所造成的牺牲固有的副总裁或性质的标的物投保 4.5损坏或损失近牺牲所造成的延误，即使是延迟所造成的风险保险（除费用缴付根据第2段） 4.6损失损害或费用所产生的破产或财务预设的业主管理人员承租人或经营者的船只 4.7故意损坏或蓄意破坏受保标的物或其任何部分的不法行为，任何人 4.8损失损害或费用的使用中出现的任何战争武器的使用原子或核裂变和/或融合或其他类似反应或放射性武力或事项。

In this paper, two assemblies of special test equipments have been designed and fabricated by authors in our laboratory: namely Catalyst Molding Process Analyzer and Catalyst Mechanical Process Tester. These new skills are developed for the dynamic studies on whole mold forming process and crushing process of Fe-Cr WGHS catalyst pellet. Based on the orthogonal experimental design, the effects of some factors during the forming process of solid catalyst, such as predensification proportion, calcination time, calcination temperature and content of graphite on the mechanical strength of catalyst pellets are systematically examined, and the molding conditions have been optimized. Based on the experimental data, the relationship between catalyst density and forming pressure are educed, and the physical significances of some related parameters are described. The parameter of macro scopic elastic moduls has been suggested to character the mechanical properties of molding catalyst. The effects of molding pressure on mechanical properties of catalyst pellets are discussed, and results show that there exists a optimal molding pressure for the ideal mechanical properties: when over-high or over-low pressure is applied, the specific surface area and side crushing strength of catalyst pellets will decreased. The "rebound effect" will be undermined by the unsuitable pressure maintain process, resulting in the apparent decrease of mechanical strength of catalyst pellets.

本研究通过自行设计制造的催化剂模压成型过程分析仪（Catalyst Molding Process Analyzer， CMPA）和催化剂力学性质测试仪（Catalyst Mechanical Properties Tester， CMPT），以Fe-Cr系高温变换催化剂片剂为研究对象，对成型过程和受压破碎过程提供了全过程动态研究的新手段；本研究利用正交实验设计方法考察了固体催化剂成型过程中诸因素（包含预密致比例、煅烧时间、煅烧温度和石墨含量等）对催化剂成型体强度的影响，并对成型条件进行了优化；根据实验结果，关联确定了固体催化剂成型过程中的密度－压力关系式，并对方程中诸因子的物理意义进行了描述；提出了一种利用宏观弹性模量来表征成型催化剂的力学性质的方法；研究讨论了成型压力对催化剂成型体强度性质的影响，结果表明：对于催化剂成型体的强度和比表面性质，成型压力存在着一个最佳值，过高的成型压力会导致比表面积和侧压强度的降低；不适当的成型压力的维持时间会破坏&压力回弹&作用，造成催化剂成型体的机械强度明显降低。

A method for identifying the damage, using the influence line curvature of deflection differential values at a point before and after the damage is proposed, that is, when the moving load is in the area without the damage, the influence line curvature is zero, however when the moving load is in the area with the damage, the influence line curvature evidently increases and has the relationship with the positions of the damage points and the rigidity of the beam before and after the damage.

提出利用损伤前、后某一点的挠度差值影响线曲率来识别损伤的方法，即当移动荷载位于无损区域时，挠度差值影响线曲率为0，当移动荷载位于有损区域时，挠度差值影响线曲率明显增大，且与损伤点的位置、损伤前后的刚度有关。

The macrograph behavior of the damage is described, the damage degree to each performance level is summarized, and the detail of the damage degree is quantified. The damage model of the shear wall is analyzed, each damage model by the test data and evaluates the current damage model is compared.

以宏观表现的形式给出相应的损伤描述，将各性能状态与损坏程度进行整理，量化了具体破坏程度，并分析了剪力墙结构的损伤模型，以试验数据对当前常用的各损伤模型进行了对比评估。

The details of the research include: By studying the structure of the natural bamboo fiber, make the basic morphological structure and the degree of crystallization clear; By studying the mechanical property of the fiber, make the feature of mechanical property of the natural bamboo fiber clear; By studying the mechanical property of the pure yarn and its blends, make the feature of mechanical property of the yarn clear; and we also study the mechanical property changes of the pure yarn and its blends in the hygrometric state different temperature state and after mercerization and alkali shrinkage.

研究内容包括：通过对天然竹原纤维结构的研究，探明竹原纤维的基本形态特征和结晶度等特征；通过对天然竹原纤维机械性能的研究，探明竹原纤维的力学性能特点；通过对竹原纤维纯纺、混纺纱线力学性能研究，探明其纱线的力学性能特点；研究在湿态条件下，竹原纤维纯纺、混纺纱线力学性能的变化特点；研究在不同温度条件下，竹原纤维纯纺、混纺纱线力学性能的变化特点；研究在丝光、碱缩条件下，竹原纤维纯纺、混纺纱线力学性能的变化特点。

That's what makes this mod unique.

这也正是这个MOD独特。

I now feel furious and want to do something.

现在我觉得非常气愤，想做点什么。