The results show that the rubber isolated bearing is very effective in reducing the seismic response and dissipating the input energy of the superstructure.
结果表明，基础隔震模型隔震效果明显，隔震层滞回变形能有效吸收地震动输入能量，减小模型结构的塑性变形和累积损伤。
The input energy of sample is calculated.
计算了试样输入能量。
With the increment of the input energy, the velocity of the synthetic jet could be increased to the supersonic state.
当激励能量增加，激励器产生的合成射流速度增加，可达到超声速状态；
Once the structures step into inelastic work state, the earthquake input energy is dissipated by the damp and inelastic distortion.
结构一旦进入非线性阶段，其地震总输入能主要由结构的非弹性变形和阻尼来耗散。
The results indicate that viscous dampers consume earthquake input energy effectively, and reduce the earthquake response of the structure.
结果表明，粘滞阻尼器能有效地消耗地震输入能，减小结构地震响应。
The results show that the welding stability can be improved by controlling the input energy in each period to achieve high-speed CO2 arc welding.
试验结果表明，通过对短路过渡过程中各个不同阶段的输入能量的控制，可提高焊接过程的稳定性，实现CO2焊的高速化。
Based on the abrasion theory, material quality of equipment itself, materiel performance, circumstance and input energy are the four factors that cause abrasion.
根据磨损理论，产生磨损的主要因素为设备本身材质、物料性能、所处环境和输入能量这四种。
The result is important for the liquid process of power ultrasonic and indicates that there is the optimal input energy corresponding to the best process effect.
该结果对于功率超声的液体处理具有重要的意义，说明并不是声能量越大处理效果越好，而是存在一个最优的输入声能量。
The earthquake input energy spectrum of elastic single degree of freedom(SDOF) system under a world-wide ensemble of 40 earthquake records of different site types are studied.
本文以4种场地土条件下40条强震记录为输入，对弹性单自由度（SDOF）系统的地震输入能量谱进行了研究。首先研究了SDOF系统参数和地面运动参数对弹性地震输入能量谱的影响。
Semiconductor bridge (SCB) was utilized to ignite energetic materials with thin film discharge and characterized of low input energy, high safety and logic control possibility.
半导体桥(SCB)通过桥膜放电进行含能材料的点火，具有低点火能量、高安全性以及能与数字逻辑电路组合等优点。
Second, under the rare case of earthquake, at first coupling beam arrive into the plastic point and dissipate the earthquake input energy to insure the security of the main structure of wall.
二是罕遇地震下，连梁先于墙肢进入塑性，耗散地震输入能量，保护剪力墙主体结构的安全。
Second, under the rare case of earthquake, at first coupling beam arrive into the plastic point and dissipate the earthquake input energy to insure the security of the main structure of wall.
二是罕遇地震下，连梁先于墙肢进入塑性，耗散地震输入能量，保护剪力墙主体结构的安全。
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