inertial load meaning in Chinese
惯性载荷
Examples
- The shape and distribution of inner stress of optical elements will vary in the space circumstances or other special operation conditions ， which will influence its optical characteristicdramatically . in this paper , the influence of the inertial load aroused by the large acceleration has been performed ; the effects of the varying circumstance temperature on the optical element have beenstudied preliminarily by use of finite element method
航天及其它特殊领域的工作环境，会使光学元件的形状及内部应力发生变化，进而对其光学特性产生明显的影响.本文运用有限元法，在考虑大加速度引起的惯性载荷的影响的同时，对不同环境温度下元件形状及内部应力的变化亦作了初步的研究 - The modeling and simulation describing the dynamic performance of the cylinder are established and the sectional acres of the actuating pneumatic organ are discussed ; after resolving the simulation model by matlab , the cylinder dynamic performance parameter based on time is obtained ; in the end , the influence of inertial load , stroke and valid area on the dynamic performance of the cylinder are discussed
然后针对主要部件? ? ?气压作动筒的工作过程，建立了描述作动筒弹射和回收过程的物理模型和数学模型，对其中的气动元件有效截面积ae展开了讨论。利用matlab求解仿真模型，根据程序设计结构编制仿真程序，得到气缸动特性参数随时间变化的可视化仿真结果。 - The numerical results show that the lateral ground displacement is one of factors that cause pile failures in liquefied ground . at the soft - hard interface , pile may overbear the ultimate moment which leads to bending and shearing failures . therefore , except the effect of large inertial loads from superstructure , the influence of the lateral ground displacement on pile foundation cannot be neglected in a seismic design of pile foundation in lateral spreading ground
计算结果表明地基的侧向位移是与液化有关的桩基震害的主要原因之一，在软硬交界处桩可能承受了超出桩本身极限抗弯能力的弯矩，容易发生弯剪破坏，在有液化侧扩地基中桩基的设计不能仅考虑上部结构震动的影响，地基的水平侧向位移对桩基的影响不容忽视。