错层结构,staggered floor structure
1)staggered floor structure错层结构
1.Design method of reinforcement concrete shear wallstaggered floor structure钢筋混凝土剪力墙错层结构的设计方法
2.Aim at now appearing more and more the form ofstaggered floor structure, this paper introduces the conception and classification of thestaggered floor structure, discusses about unfavourable influence of the staggered floor on structure and points out the problems needing attention in the design of staggered floor structur针对目前出现的越来越多的错层结构形式,介绍了错层结构的概念和分类,讨论了错层对结构的不利影响,并且指出了错层结构设计中应注意的问题。
3.With two relative mechanical models, the variations of lateral stiffness of thestaggered floor structure is analyzed, and its obvious that the stiffness enhancement of thestaggered floor structure is determined by the location of the staggered floor, the stiffness ratio of column to beam and the style of acting loads.采用两种结构力学模型分析了错层构件的刚度变化情况 ,认为错层结构刚度增大幅度与错层位置、构件刚度比、加载方式等多种因素有关 ;并且讨论了错层对结构整体性的影响。
英文短句/例句
1.Design method of reinforcement concrete shear wall staggered floor structure钢筋混凝土剪力墙错层结构的设计方法
2.Seismic Behavior Analysis of Reinforced Concrete Shear Wall Split-Level Structure and Related Component钢筋混凝土剪力墙错层结构及构件的抗震性能分析
3.Structural Analysis of the Building with Interlocked Floor Structure in High Earthquake Intensity Regions;高烈度地区多层错层设计的结构分析
4.Research on the Structure Behavior of Multi-story Building of Staggered Truss Steel-timber Combined Structure错列桁架钢木混合结构多层住宅结构性能研究
5.STRUCTURAL ANALYSIS OF MULTI-STORY STAGGERED TRUSS STEEL LARGE BAY RESIDENCE多层错列桁架钢结构大开间住宅结构分析
6.This paper proposes a hiberarchy model of error control which is based on sharing watermark,Hamming code and majority voting.提出了层次结构的差错控制水印模型。
7.Research on Staggered Flat Plate Structure Connections;错层板柱结构体系的节点分析与研究
8.An Analysis of the Design of Multi-layers Staggered Steel Truss Structure Residence;多层交错桁架钢结构住宅的设计分析
9.In this study, it was shown that microstructure of δ-phase is stacking fault, fault plane{110}, through TEM observation and by calculating with trace analysis method.通过迹线分析方法测量得出δ相的亚结构为层错,层错面为。
10.The Software Fault Tolerance of 3-tiered Client/Server Architecture Based on Middle Tier;基于中间件的三层Client/Server体系结构中的软件容错
11.Research on Anti-breaking Structural Design of the Highway Tunnel across Active Fault Zones活动断层区公路隧道抗错断结构设计的研究
12.Evolution of stacking-fault-tetrahedron-like structures in copper crystal铜晶体中类层错四面体的结构及其演化
13.The formation of twin structure depends on the slip of stacking fault for nucleating and extending.孪晶结构的形成依靠堆垛层错的滑移运动而形核和扩展.
14.Research on Soil-Steel High-rise Staggered Truss System Interaction;高层钢结构交错桁架体系与地基基础共同作用研究
15.Effect of C、N on Stacking Fault Probability and Hrem Characterization of Microstructures in Fe-Mn-Si Alloy;C、N元素对Fe-Mn-Si合金层错几率的影响和微结构的HREM表征
16.Experiment on Hysteretic Behaviors of Steel Vierendeel Staggered Truss Structures;多层空腹式交错桁架钢结构体系滞回性能试验研究
17.Design and Analysis of a Specimen of Steel Composite Staggered Truss Structures;多层混合式交错桁架钢结构体系循环加载试验试件设计及分析
18.Integral Analysis and Primary Design on Multi-story Building of Staggered-truss Steel Structure;错列桁架钢结构多层住宅体系整体分析和初步设计
相关短句/例句
the staggered-floor structure错层高层结构
3)staggered flat plate structure错层板柱结构
4)Misfit structure oxides层错结构氧化物
5)multi-story staggered steel truss structures交错桁架多层钢结构
1.Study on pushover analysis method formulti-story staggered steel truss structures;交错桁架多层钢结构推倒分析方法研究
6)crossbedded framework(bridge)错层框架(桥梁)结构
延伸阅读
层错层错stacking fault层错stacking fauit晶体原子层理想完整堆垛次序中出现的一个差错限排)。全称堆垛层错。是晶体中常见的一种面缺陷。以fcc晶体为例说明。fcc晶体fec理想堆垛可以视为由全同的{111}原子面密积堆垛而成(见图)。如称第一层为A，则第二层落在B位置，第三层落在C位置，第四层又为A位置。如此重复堆垛，形成无限序列…A B C A BC…，这就是理想的完整晶体。若有某生个B层在A层之上整个滑’移到C位置(1/6<112>滑移)，即是实现如下的进程: …ABC ABC ABC…CA BCA…于是原序列…A B C A B C A BC.二变为.”A B cA{一c A B c A Bc…可见在l标记之处出现一个堆垛次序之误排，这里就是一个层错。在l处抽去一个B层，让上面的C层落下至A层之上，也形成同样的层错。在fcc晶体中通常有3种主要的设想的操作过程形成层错:①{111}面的1/6(112>滑移;②抽去一个{111}层，并令上下岸弥合;③插入一个{111}层。后两种过程可以通过空位或1 14填隙原子的凝聚而实现。hcp晶体在(0001)面也可以形成层错。(0001)面的堆垛次序为…ABABAB.一若变为…ABA那BCB…，则在l处出现一个层错。bcc晶体{112}面为6层，为一个周期的堆垛，在此面上也可形成层错。其他各种不同晶体中可能出现的层错形式视其结构差异而不同。层错单位面积的表面能称为层错能，一般记为补在密集结构晶体中，层错的引入不改变最近邻关系，只改变次近邻关系，且几乎不产生畸变，所以层错能的主要来源应是电子能。层错能可以用电子显微术观察而实测，或从一些其他观测结果推出，也可以理论计算。其数值例如在AI中为数百尔格每平方厘米，而在Au中则仅数十尔格每平方厘米。层错的边界为不全位错，层错的存在和性质制约这些不全位错的运动。(杨顺华)
