| 1. | Seakeeping design and analysis of full - scale seakeeping test
耐波性设计及实船试验的分析研究 |
| 2. | The seakeeping spectral analysis based on random decrement signature
基于模矢搜索的船舶系泊评价函数 |
| 3. | Study on the fuzzy optimization methodology of ship ' s seakeeping performance
船舶耐波性模糊优化方法研究 |
| 4. | Ship ' s seakeeping and speed
船舶耐波性与船舶航速 |
| 5. | A measurement system of ship motions during model tests and full scale seakeeping trials
一种船模和实船试验中的船舶运动测量系统 |
| 6. | It involves motion forecast technique of high seakeeping and high - speed compounded ship form , optimizing design method of seakeeping performance , and three dimensional view simulation systems
它将涉及到高耐波性高速复合船型耐波性运动预报技术、耐波性优化设计方法及三维视景仿真系统等内容。 |
| 7. | Compared with conventional ships swath has more advantages . especially because of its excellent seakeeping performance , swath has been accepted by some countries accomplished in shipbuilding and ocean exploration
和传统船型相比， swath具有更多的优势，特别由于其优良的耐波性，目前已被大多数有造船及海洋探测优势的国家广泛采用。 |
| 8. | At present , the seakeeping experiment of shipmodel is a regular test project in the shipmodel towing tank laboratory in our school . so , the capability of wave - making system of towing tank becomes the linchpin upon which undertake to test
目前，船模耐波性试验是我校船模水池实验室经常性的实验任务，因此，水池中造波系统性能的优劣就成为能否承担试验和试验能否顺利进行的关键。 |
| 9. | One of the key techniques in swath design is the prediction and optimum design of the hydrodynamic performances ( resistance and propulsion , seakeeping , maneuverability ) , whereas the resistance prediction is the most important task of hydrodynamic performance prediction
小水线面双体船( smallwaterplaneareatwinhull ， swath )船型设计的关键技术之一是其水动力性能(快速性、耐波性和操纵性)的预报和优化设计，而其静水阻力预报是其快速性预报的重要内容。 |
