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- elastic floating raft system 弹性浮筏系统
- Abstract: Floating raft system is widely used in the vibration isolaton and noise reduction of ship power equipment. 摘 要: 中间筏体为弹性体的双层隔振技术(浮筏),已经大量地应用在船舶动力装置的减振降噪中。
- Floating raft system is widely used in the vibration isolaton and noise reduction of ship power equipment. 中间筏体为弹性体的双层隔振技术(浮筏),已经大量地应用在船舶动力装置的减振降噪中。
- This paper introduces a new method, the pseudo-force method, to calculate the shock response of a nonlinear floating raft system with restrictor. 摘要引入一种新的方法-伪力法来计算带限位器非线性浮筏隔振系统的冲击响应。
- Vibration transmission and underwater acoustic radiation characteristics experiment of floating raft system has an important technical application prospect. 对浮筏系统的振动传递及水下声辐射特性进行试验研究有其重要的工程应用前景。
- Evaluation of Isolation Effect of Floating Raft System 浮筏隔振装置隔振效果评定
- Analytical approach of vibration isolation effect for floating raft system 浮筏系统隔振效果评估方法
- RESEARCH ON VIBRATION ISOLATION OF AN ACTIVE PLATE-LIKE FLOATING RAFT SYSTEM 平置板式主动浮筏系统的隔振研究
- elastic floating raft 弹性浮筏
- A New Method of Calculating the Power Flow of Floating Raft System 浮筏隔振系统功率流的另一计算方法
- Research on Shock Response of Floating Raft System with Displacement Restrictor by Pseudo-Force Method 带限位器浮筏系统冲击响应的伪力法研究
- floating raft system 浮筏系统
- Vibration isolation and underwater acoustic radiation test of ship cabin floating raft system 船舱浮筏系统的隔振性能及水下声辐射试验
- Experiment Study on Shock Response of Ship Cabin with Floating Raft System Subjected to Underwater Explosion 水下爆炸作用下船舱浮筏系统的冲击响应试验研究
- Numerical Simulation Calculation of Shock Response of the Ship Structure with a Floating Raft System 带有浮筏隔振系统的船舶结构冲击响应的数值模拟
- Alexander's engineers built floating rafts for the heavy catapults. 亚历山大的工兵修建了浮动的筏子来运载沉重的弩炮。
- Through the simulation computation of the naval air compressor raft system, the control effect is analyzed, and the optimal control method and optimal parameter design method are validated. 并以舰船空压机浮筏系统为例进行了仿真计算,通过对控制效果的分析,验证了最优控制方法和最优参数设计方法的有效性。
- The raft was floating gently down the river. 筏子顺河水缓缓漂流。
- Our constant flow gravel bed system grows lettuce about 20% better than a reciprocal flow.Gravel beds and floating rafts are about 15-20% more efficient than NFT. 我们采用连续流砾石植床种的莴苣的产能比间歇灌溉的系统高出20%25,砾石植床与浮板与NFT高出15-20%25的效率。
- The photopolymerization rate of the RAFT system was much lower than in conventional free radical polymerization, a mild autoacceleration occurred as the addition reaction became diffusion controlled. 发现RAFT光聚合反应的反应速率小于常规自由基聚合,因为体系由扩散控制,反应中自加速趋势减缓。