【摘要】 由于海洋气象条件复杂,极端海况时有出现,因此需要对仿生波浪滑翔器在极端海况下的可靠性进行验证。利用ANSYS流固耦合技术,分别对水下牵引机和水面浮体平台进行分析,验证仿生波浪滑翔器具有高可靠性,可抵御浪高为14 m的海浪。更多还原

【Abstract】 Due to the complex marine meteorological conditions and extreme sea conditions may appear occasionally, the reliability of the bionic wave glider in extreme sea conditions needs to be verified. ANSYS fluid-solid coupling technology was used to analyze the underwater traction machine and the surface floating platform respectively and demonstrate that the bionic wave glider could withstand waves with a wave height of 14 m due to its high reliability.更多还原