full-scale sea-keeping trials

简明释义

实船适航性试验

英英释义

例句

1.The research team conducted full-scale sea-keeping trials to evaluate the vessel's performance in rough waters.

研究团队进行了全尺度航行性能试验以评估船只在恶劣水域的表现。

2.During the full-scale sea-keeping trials, the crew tested various maneuvers to assess the ship's responsiveness.

在全尺度航行性能试验期间，船员测试了各种机动以评估船只的响应能力。

3.The company invested heavily in full-scale sea-keeping trials to improve their ship design process.

公司在全尺度航行性能试验上投入重金，以改善他们的船舶设计流程。

4.The results from the full-scale sea-keeping trials indicated that the design met all maritime regulations.

来自全尺度航行性能试验的结果表明该设计符合所有海事法规。

5.Before launching the new ship, the engineers finalized the full-scale sea-keeping trials to ensure safety and stability.

在新船下水之前，工程师们完成了全尺度航行性能试验以确保安全和稳定性。

作文

In the realm of naval engineering and maritime operations, ensuring the stability and performance of a vessel in various sea conditions is paramount. One of the most comprehensive methods to evaluate these characteristics is through conducting full-scale sea-keeping trials (全尺度航行适应性试验). These trials are essential for assessing how well a ship can maintain its intended course and speed while navigating through waves and adverse weather conditions.The term full-scale sea-keeping trials refers to tests conducted on actual vessels rather than models or simulations. This approach provides invaluable data about the ship's behavior in real-world scenarios, allowing engineers and designers to identify potential issues that may not be apparent in scaled-down versions or computer simulations. During these trials, parameters such as pitch, roll, yaw, and heave are meticulously measured to determine the vessel's response to different sea states.Conducting full-scale sea-keeping trials involves several stages, starting with the preparation of the vessel. Before the trials commence, extensive planning is required to select suitable locations, times, and conditions for testing. The crew must also be trained to operate the vessel under trial conditions, ensuring that safety measures are in place. Once everything is set, the vessel is taken out to sea, where it will encounter a variety of wave patterns and wind conditions.One of the key benefits of full-scale sea-keeping trials is the ability to gather empirical data that can be used to refine design specifications. For instance, if a vessel exhibits excessive rolling in certain wave conditions, engineers can analyze the data collected during the trials to make necessary adjustments to the hull design or weight distribution. This iterative process is crucial for optimizing the vessel’s performance and ensuring that it meets safety and regulatory standards.Furthermore, full-scale sea-keeping trials play a significant role in the ship's certification process. Regulatory bodies often require these trials to be completed before a vessel can be deemed seaworthy. The results from the trials provide evidence that the vessel can safely operate in its intended environment, which is particularly important for commercial shipping and military applications.In addition to performance evaluation, full-scale sea-keeping trials also contribute to the development of advanced maritime technologies. As the industry moves towards more innovative designs, such as autonomous ships and eco-friendly vessels, these trials become even more critical. They help validate new technologies and ensure they perform as expected under real-world conditions, paving the way for safer and more efficient maritime operations.In conclusion, full-scale sea-keeping trials (全尺度航行适应性试验) are an indispensable part of the naval engineering process. They provide vital insights into a vessel's performance and stability, ensuring that ships are designed and built to withstand the challenges of the sea. As the maritime industry continues to evolve, the importance of these trials will only increase, highlighting their role in enhancing safety, efficiency, and innovation in maritime operations.