- 更多网络例句与肋环相关的网络例句 [注：此内容来源于网络，仅供参考]
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Critical pressures of the cylindrical shells stiffened by rings with semi-torus section and by circular tube are calculated and compared.
在公式推导的过程中，考虑了加肋的实际分布情况，并编制了计算程序，对半圆环界面加肋圆柱壳和圆管加肋圆柱壳的临界水压进行了比较。
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In addition, many laws have been discovered after the analysis of different boundary conditions, height-span radios and sections of the Latticed Dome with Steel Plates.
此外，对不同边界条件，矢跨比以及不同截面的铺钢板肋环型网壳进行稳定分析，发现许多有规律的现象。这些结论和发现对工程设计具有一定的指导意义。
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The dominant species were Cerithidea cingulata , Batillaria cumingi , Cyclotellina remies and Potamocorbula rubromuscula of Mollusca. The mean biomass of benthic macrofaunu in summer and in winter was 133.0 g/m2 and 63.0 g/m2, respectively.
冬季优势种是珠带拟蟹手螺、古氏滩栖螺和环肋樱蛤；夏季优势种是珠带拟蟹手螺、环肋樱蛤和红肉河蓝蛤。
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Through model test of new high- strength steel conical shell with ring frame ,and relevant analysis,it is shown in this paper that the failure of ring-framed conical shell can be traced to the neutral plane on longitudinal section where the structure strength is relatively weak.
通过新的高强度钢材环肋圆锥壳模型实验，及采用解析方法分析表明，环肋圆锥壳体破坏的原因是结构相对薄弱处纵剖面上的中面应力所致。并提出用"灰色系统"理论预测破坏载荷的计算方法，建议今后模型实验和现役潜艇的耐压船体寿命估算中可采用这种方
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In this paper, we use FEM software ANSYS to simulate. Using FEM to evaluate the strength of pressure hull, the FEM model of outer covering and stiffeners can use shell element to establish, but it may waste much computing time to calculate. Therefore, in this paper, we can evaluate more easier by making use of the idea of effective-width, and considering the stiffener/plating combined moment of inertia.
本文采用有限元素分析软体ANSYS进行求解，在有限元素分析的模拟上，外壳与环肋均可用壳元素建立一实体模型来分析，但是在模型的建立上过於复杂，在解析上也需要更多的时间来计算，因此本文采用有效幅度的观念，考虑环肋与壳板间之组合惯性矩，将环肋部分取梁元素来模拟，如此一来可简化建立模型的困难度，且大大的缩短分析的时间。
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In order to find the post-buckling path for ring-stiffened shells under hydrostatic pressure and consider the practical shapes of ring sections, the Compound Strip Method is applied to the post-buckling analysis of ring-stiffened cylindrical shells.
为了研究水压作用下的加肋柱壳的后屈曲状况，并且能考虑到肋骨的实际截面形状和分布情况，本文将复合有限条方法应用于环加肋圆柱壳的后屈曲分析。
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Based on the analysis of the design concept and the current forms of joints, two new types of joints—rigid joints-diaphragm-through style joint and vertical stiffener joint are proposed—and makes a comparative study of the two in terms of bearing capacity.
在分析了节点的设计思想后，结合目前已有的节点形式，提出了两种新型刚接节点-隔板贯通式节点和外肋环板节点，并对两种节点在承载力方面进行了比较。
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Based on the variation with the structural and geometric parameters for a real engineering, dynamic characteristics for a cable-supported lattice shell is studied with the block Lanczos method by means of the finite element model combined with beam elements, truss elements and cable elements.
选用梁元、杆元和索元的组合有限元模型，采用分块Lanczos法，针对一实际工程，通过改变结构参数、几何参数等诸多因素，较系统地研究了肋环型索承网壳结构的动力特性及抗震、抗风性能，对工程应用有一定参考价值。
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Based on the analysis of outer diaphragm joint and interior diaphragm joint, two kinds of new-style concrete filled steel tube structure joints----vertical stiffener joint and diaphragm through-joint were invented.
基于目前钢结构中常用的外环板和内隔板节点，在分析这两种节点的工作特点的基础上，提出了更适宜钢管混凝土结构的两种新型节点--外肋环板节点和隔板贯通式节点。
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The Geiger suspend-dome and Kiewitt one were compared, and the latter is better.
并与肋环型穹顶方案进行了比较，肯定了凯恩特型穹顶结构的优势。
- 更多网络解释与肋环相关的网络解释 [注：此内容来源于网络，仅供参考]
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nose ring：公牛鼻环
nose ribs 前缘肋 | nose ring 公牛鼻环 | nose spike 头部减震针
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stiffening rib：加强肋
stiffening plate 加强板 | stiffening rib 加强肋 | stiffening ring 加强环
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ringbolt：带环螺栓
ring-stiffened cylinder 加肋筒壳 | ringbolt 带环螺栓 | ringbolt 吊环螺钉
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Ringo：环,圈;戒指
rimeno 皮带,皮条 | ringo 环,圈;戒指 | ripo 肋(骨)
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stiffening ring：加强环
stiffening rib 加强肋 | stiffening ring 加强环 | stiffness 刚度
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stiffening ring：加强环, 补强圈
stiffening rib 加劲肋, 加强肋 | stiffening ring 加强环, 补强圈 | stiffness 刚性
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costophrenic septal l's：肋膈膜线:见
costoclavicular line 胸骨旁线:同linea parasternalis | costophrenic septal l's 肋膈膜线:见Kerley餾 l餾 | cricoclavicular line 环(状软骨)锁(骨)线:从喉头环状软骨到腋前线向上投射与锁骨相交点的连线
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vertebrocostal angle：脊肋角
vertebrated catheter 分节导管 | vertebrocostal angle 脊肋角 | vertenex 乙酸对叔丁基环已酯
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reinforcing ring：补强环
reinforcing rib ==> 加强肋 | reinforcing ring ==> 补强环 | reinforcing rod ==> 钢筋棍,钢筋条,钢条
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arch ring：拱圈;拱环
arch rib footing 拱肋基础 | arch ring 拱圈;拱环 | arch rise 拱高