通过一个混凝土弯连续梁桥梁体出现较大扭转位移与平面转动位移的工程实例，分析其出现的原因及处理措施。
This paper analyzes the causes and treatment of the torsional displacement and plane rotational displacement of curved continuous concrete beam bridge basing on an engineering example.
所采用的冲切破坏机构同时考虑了冲切锥与外围板之间的相对错动位移和转动位移的影响，比较符合实际的冲切破坏机理。
The assumed collapse mechanism takes accounts of the influence of shear displacement and rotation simultaneously and conforms to the real features of punching failure satisfactorily.
还可考虑因垂直梯度与水平支座一起发生的垂直位移，以及因大梁一端转动引起的垂直位移。
Vertical movement due to vertical grade with horizontal bearings and vertical movement due to girder end rotation may also be considered.
系统的位移检测不受工作台大幅转动的影响。
Displacements detection of the system is not influenced by large rotation of planar stage.
有限转动角的计算和迭加方法与线位移不同。
The method for computing finite rotations is different from that of the translation displacements.
计算13种力系统下的上中切牙位移、转动中心及牙周应力分布。
The displacement, the position of the rotation center and the stress distribution of PDL were analyzed under 13 types of loading force system.
结合实例对大型转动设备中常见的几种由轴位移、轴振动引起的误报警、误联锁的原因进行了分析。
In combination with actual examples, reasons of usual several misalarm and interlock caused by shaft displacement and shaft vibration are analyzed.
本文针对小应变、大位移和大转动的块体系统建立了三维模态变形体离散元数值模型(3mdem)。
For block systems with small strain, finite displacement and finite rotation, a 3-dimensional mode distinct element method (3mdem) was presented.
利用动力学分析法建立了偏心振动式排种系统质心位移和绕质心转动角位移的微分方程。
The differential equations of the censorial moving and running relative to censorial of the eccentric vibration seed-metering system were set up with the dynamic analysis method.
光学系统在平行于转动轴方向(22)上平位移动以便扫描该样本。
The optical system moves in translation parallel to the rotational axis (22) to scan the sample.
此升降机能够满足多种要求，因此您不必也不需要倾斜桌、可转动桌、侧向位移装置和自动标记高度等设备。所有组件都有容量大、轻便、够长、够宽的特点。
Hydraulic lifts work hard so you don't have to and have many options available, including tilt tables, rotating tables, floor tracks, lateral shifting units, automatic height indexing, and more.
通过前摆转向的多步态仿真游动实验，解析了鱼体柔性段弧长和相对弯曲度对质心轨迹、转动惯量、力矩、转动角位移及最大转动角速度的影响，提出了有效提高鱼形机器人快速转向性能的方法。
Through the multi-gait simulations of forward-oscillation turn, some effects of the length and the curvature of the flexible fish body on the fast-turn parameters, including track of center of…
通过前摆转向的多步态仿真游动实验，解析了鱼体柔性段弧长和相对弯曲度对质心轨迹、转动惯量、力矩、转动角位移及最大转动角速度的影响，提出了有效提高鱼形机器人快速转向性能的方法。
Through the multi-gait simulations of forward-oscillation turn, some effects of the length and the curvature of the flexible fish body on the fast-turn parameters, including track of center of…
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