| 1. | Optimal control of vibration in fluid conveying pipe
方法在输流管混沌运动研究中的应用 |
| 2. | Concrete conveying pipe - types and dimensions
混凝土输送管型与尺寸 |
| 3. | Nonlinear dynamical modeling of fluid - structure interaction of fluid - conveying pipes
受约束悬臂输流管道颤振的自适应控制 |
| 4. | Concrete conveying pipe
混凝土输送管 |
| 5. | Diameter of conveying pipe
输送管径 |
| 6. | Bifurcation and chaotic motion of fluid - conveying pipe under combined parametric and forcing excitations
粘弹性输流管道混沌运动的多模态分析 |
| 7. | Control of conveying pipe vibration has been and being studied widely which is a world problem
输流管道的振动控制是一个世界性的课题,得到了广泛的研究。 |
| 8. | According to linearizatin theory , the vibration response of the fluid - conveying pipe in water is studied
令应用线性化理论对水下输液管道流体激振的动力响应进行了研究。 |
| 9. | The question of coupled vibration of fluid - conveying pipes is hotspot in the research areas of pipeline fluid mechanics and nonlinear dynamics for late fifty years
输流管道耦合振动问题是近五十年来管道流体力学、非线性动力学等领域研究的热点。 |
| 10. | On the basis of the studies done on the vibration of fluid - conveying pipes in the world , the flow - induced vibrations of pipes on offshore platform and in water are studied in this dissertation
本文在分析国内外输液管道振动研究的基础上，对海洋环境下的输液管道流体激振进行了研究。 |
