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central joint
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  中央节点
     The plane dimension of Bao′an Gymnasium is 140m×140m,and its inner diameter of supports is 101.4m. The maximal dimension of outer cantilever is 48.295m with the steel consumption being 68kg/m 2.The constructional design of the central joint of the roof has been adopted for the first time in China.
     宝安体育馆钢屋盖平面尺寸 140m× 140m ,支座内径 10 1 4m ,最大外悬挑 48 2 95m ,用钢量 6 8kg/m2 。 屋盖中央节点构造设计为国内首次采用。
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  “central joint”译为未确定词的双语例句
     On a Consideration of Implementing a Central Joint Re-security to the Group in Unfavorable Situation
     关于对特困职工群体实施集中联合再保险的思考
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     The torque of central joint is the biggest input torque of the snake robot.
     对称关节输入力矩幅值变化规律相同,但相差不同;
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  相似匹配句对
     Central Fracture-Dislocation of Hip Joint
     髋关节中心性骨折脱位
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     Surgical Treatment of Central Fracture Dislocation of the Hip Joint
     髋关节中心型骨折脱位的手术治疗
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     benefit for central;
     以效益为中心 ;
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     The central Station
     《中央车站》——本片获1998年奥斯卡最佳外语片提名
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     The P-Joint Hyperoperation
     P-结合超运算
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  central joint
Our data suggest that as in other chronic intestinal diseases, celiac disease in adults, is frequently associated with central joint disease.
      
No data are available on the presence and frequency of peripheral or central joint disease, routinely determined by bone scintigraphy with 740 MBq of [99mTc]MDP, in adult celiac disease.
      
Collision Friendly Design If a ship hits the diagonal chord and the central joint of the tripod severe consequences may occur.
      


A new structure of RCC arch dam namely jointed arch is introduced. An expansive concrete plug is established at the upstream side of the central joint of dam. It not only can tranfer the force in the arch under the action of water pressure and not remarkably increase the stress in the dam, but also release the tensile stress caused by the temperature drop during operation of the dam. Consequently, the grouting of transverse joint is not necessary before the impounding of the reservoir. This technology...

A new structure of RCC arch dam namely jointed arch is introduced. An expansive concrete plug is established at the upstream side of the central joint of dam. It not only can tranfer the force in the arch under the action of water pressure and not remarkably increase the stress in the dam, but also release the tensile stress caused by the temperature drop during operation of the dam. Consequently, the grouting of transverse joint is not necessary before the impounding of the reservoir. This technology has been successfully applied to the design of a RCC arch dam higher than 100m built on soft foundation in severe cold area.

本文介绍的碾压混凝土铰结拱式拱坝是在拱坝低温区中缝上设置混凝土塞 ,可以在水压作用下传递拱作用力而不明显增加坝体的应力 ,且能松弛拱坝运行期坝体混凝土温降引起的拉应力 ,可不必等待横缝灌浆即可蓄水 ,从而提前发挥工程效益 .“铰结拱”已成功用于高百米以上、软基、高寒的某碾压混凝土拱坝 ,2 0 0 0年 10月水库已成功蓄水 .

The plane dimension of Bao′an Gymnasium is 140m×140m,and its inner diameter of supports is 101.4m.The maximal dimension of outer cantilever is 48.295m with the steel consumption being 68kg/m 2.The constructional design of the central joint of the roof has been adopted for the first time in China.When the experimental load of the nondestructive test reaches 1.5 times of the designed value,the joint is safe and reliable.Now Bao′an...

The plane dimension of Bao′an Gymnasium is 140m×140m,and its inner diameter of supports is 101.4m.The maximal dimension of outer cantilever is 48.295m with the steel consumption being 68kg/m 2.The constructional design of the central joint of the roof has been adopted for the first time in China.When the experimental load of the nondestructive test reaches 1.5 times of the designed value,the joint is safe and reliable.Now Bao′an Gymnasium has been completed.This paper gives a brief introduction to the structural design of the steel roof of the gymnasium, which may be a reference for designers.

宝安体育馆钢屋盖平面尺寸 140m× 140m ,支座内径 10 1 4m ,最大外悬挑 48 2 95m ,用钢量 6 8kg/m2 。屋盖中央节点构造设计为国内首次采用。非破坏试验的试验荷载为设计值的 1 5倍时 ,节点安全可靠。体育馆现已建成。介绍该体育馆钢屋盖的结构设计 ,供设计人员参考。

The mechanism of traveling locomotion of snake robot is studied. A modeling approach of body shape control, kinematics and dynamics of snake robot in traveling wave locomotion is established based on Serpenoid curve. Computer simulation results show that: the required joint torques in traveling wave locomotion is periodic. Input torque of the joint is diminished with the increasing of the distance between the joint and the center of gravity of the body. Symmetry joints with the same distance from the gravity...

The mechanism of traveling locomotion of snake robot is studied. A modeling approach of body shape control, kinematics and dynamics of snake robot in traveling wave locomotion is established based on Serpenoid curve. Computer simulation results show that: the required joint torques in traveling wave locomotion is periodic. Input torque of the joint is diminished with the increasing of the distance between the joint and the center of gravity of the body. Symmetry joints with the same distance from the gravity center have the same amplitude of input torques with a phase difference. The torque of central joint is the biggest input torque of the snake robot. If keeping the initial angle the same, the joint input torque is increased with the increasing of friction coefficient of the environment. And if keeping the friction coefficient of the environment the same, the joint input torque is increased with the increasing of initial angle.

对蛇形机器人的行波运动机理进行了研究,基于Serpenoid曲线建立了蛇形机器人行波运动的形状控制模型、运动学模型、机构动力学模型及环境动力学模型,给出了求解过程。仿真结果表明:在行波运动中,各关节输入力矩大小呈周期变化,且随其与蛇体重心距离的增加而减小。蛇体中心关节的最大输入力矩为蛇形机器人所需最大输入力矩。对称关节输入力矩幅值变化规律相同,但相差不同;运动初始弯角保持不变,关节输入力矩随着环境摩擦因数的增加而增加。环境摩擦因数保持不变,关节输入力矩随着初始弯角的增加而减小。

 
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