1.
Research on the Transmission of Magnetic Floating Raft Isolation System
磁悬浮浮筏隔振系统传递特性的研究
2.
Research on Vibration Isolation Characteristics of the Floating Raft and Topology Optimization of Raft Body;
浮筏隔振系统隔振特性与筏体拓扑优化研究
3.
Isolation and Shock Response Characteristics Research of Floating Raft System in Ships;
舰船浮筏系统隔振及抗冲击特性研究
4.
Dynamic Speciality Modeling and CAE System Development of Float Raft Vibration Isolation System;
浮筏隔振系统动态特性建模与CAE系统开发
5.
Finite element estimation of the vibration isolation efficiency of floating raft isolation system
浮筏隔振系统隔振效果有限元估算方法
6.
Calculation and Analysis of Acoustic Radiation of Submarine Structure With Floationg Raft Arrangement
带浮筏装置的船舶结构水下声辐射计算及分析
7.
A new modeling method for floating raft systems
浮筏隔振系统的一种新隔振效果建模方法
8.
Sensitivity Analysis of Non-Linear Stiffness of Floating Raft System with Multi-Source Excitation
多源激励浮筏隔振系统非线性刚度灵敏度分析
9.
Power Flow Transmission Analysis of Variable Stiffness Floating Raft Isolation System
变刚度浮筏隔振系统功率流传递特性分析
10.
Influence of dimension of a finite cylindrical shell with a floating raft on its vibration and acoustic radiation
具有浮筏的有限圆柱壳体的尺度对其振动和声辐射的影响
11.
Nonlinear damping sensitivity analysis of floating raft vibration-isolating system under multi-source excitation
多源激励下浮筏隔振系统非线性阻尼灵敏度分析
12.
The raft will be more buoyant If It be less heavy
木筏若轻一点, 浮力就更大了
13.
The survivor is adrifting on a raft for six days
幸存者在筏子上漂浮了六天
14.
The survivors were adrift on a raft for six days.
幸存者在筏子上漂浮了六天.
15.
The survivor was adrift on a raft for six days.
幸存者在筏子上漂浮了六天。
16.
The raft will be more buoyant if it is less heavy.
木筏若轻一点，浮力就更大了。
17.
The raft would is more buoyant if it was less heavy.
木筏若轻一点, 浮力就更大了.
18.
The raft will is more buoyant if it is less heavy.
木筏若轻一点, 浮力就更大了。