bridge clearance

简明释义

高潮时桥梁净空高度

英英释义

例句

1.The shipping company installed a new system to monitor bridge clearance in real-time for all their vessels.

这家航运公司安装了一个新系统，以实时监测所有船只的桥梁净空。

2.The captain checked the bridge clearance before passing under the arch to ensure they wouldn't hit the structure.

船长在通过拱门之前检查桥梁净空以确保不会撞到结构。

3.Before setting sail, the crew confirmed the bridge clearance of the nearby bridges on their route.

在启航之前，船员确认了他们航线上附近桥梁的桥梁净空。

4.During the storm, the bridge clearance was reduced due to rising water levels, posing a risk for larger vessels.

在暴风雨期间，由于水位上升，桥梁净空降低，这对大型船只构成了风险。

5.A low-flying aircraft must always be aware of the bridge clearance when navigating near waterways.

低飞的飞机在水道附近飞行时必须始终注意桥梁净空。

作文

When navigating waterways, particularly in larger vessels, one of the critical factors to consider is the bridge clearance. This term refers to the vertical distance between the water surface and the lowest point of a bridge. Understanding bridge clearance is essential for safe maritime travel, as it determines whether a vessel can pass under a bridge without risking damage or capsizing. In many cases, bridges are built to accommodate specific navigation requirements, but variations in water levels due to tides, weather conditions, and seasonal changes can affect bridge clearance. Therefore, mariners must be aware of these factors when planning their routes.In regions where rivers and canals are heavily trafficked by boats and ships, local authorities often provide updated information regarding bridge clearance. This information can typically be found on nautical charts or through navigation apps. By checking these resources, captains can ensure that they are aware of the current bridge clearance and can make informed decisions about their travel plans. Failure to do so can lead to accidents that not only endanger the crew and passengers aboard but also result in significant damage to the vessels and the infrastructure itself.One notable example of the importance of bridge clearance can be seen in the case of the infamous incident involving the cruise ship 'Costa Concordia'. While this particular disaster was primarily due to human error, it highlighted how crucial it is to maintain awareness of all navigational hazards, including bridge clearance. The ship’s captain had to navigate under various bridges, and miscalculating the bridge clearance could have resulted in catastrophic consequences.Moreover, the engineering of bridges takes into account not only the typical water levels but also extreme weather events. Flooding can significantly alter bridge clearance, making it vital for boat operators to stay informed about weather forecasts and potential changes in water levels. During storm seasons, mariners should pay extra attention to any advisories regarding bridge clearance, as rising waters can create dangerous situations.In conclusion, bridge clearance is a fundamental aspect of maritime navigation that requires careful consideration and planning. It is not just a technical specification; it embodies the safety and efficiency of waterway travel. Understanding the implications of bridge clearance can prevent accidents and ensure the smooth operation of maritime activities. As technology advances, we can expect better tools and resources to help mariners navigate safely under bridges while maintaining awareness of bridge clearance and other critical navigational factors.

在航行水域，特别是在较大船只中，一个关键的因素是考虑桥梁净空。这个术语指的是水面与桥梁最低点之间的垂直距离。理解桥梁净空对于安全的海上旅行至关重要，因为它决定了船只是否可以在不冒险损坏或倾覆的情况下通过桥梁。在许多情况下，桥梁是为了满足特定的航行要求而建造的，但由于潮汐、天气条件和季节变化，水位的变化可能会影响桥梁净空。因此，船员在规划航线时必须意识到这些因素。在河流和运河被船只和船舶密集通行的地区，当地当局通常会提供有关桥梁净空的最新信息。这些信息通常可以在航海图或导航应用程序中找到。通过检查这些资源，船长可以确保他们了解当前的桥梁净空，并能够对他们的旅行计划做出明智的决定。如果未能这样做，可能会导致事故，不仅危及船员和乘客的安全，还可能对船只和基础设施造成重大损害。一个突出的例子是著名的“哥斯达黎加号”邮轮事件。虽然这起灾难主要是由于人为错误，但它突显了保持对所有导航危险的意识的重要性，包括桥梁净空。船只的船长需要在各种桥梁下航行，错误估算桥梁净空可能会导致灾难性的后果。此外，桥梁的工程设计不仅考虑到典型的水位，还考虑到极端天气事件。洪水可能会显著改变桥梁净空，因此船只操作员必须及时了解天气预报和水位变化的潜在情况。在风暴季节，船员应特别注意任何关于桥梁净空的警告，因为水位上涨可能会造成危险的情况。总之，桥梁净空是海上航行的一个基本方面，需要仔细考虑和规划。它不仅是一个技术规格；它体现了水路旅行的安全性和效率。理解桥梁净空的意义可以防止事故的发生，确保海上活动的顺利进行。随着技术的进步，我们可以期待更好的工具和资源来帮助船员安全地在桥下航行，同时保持对桥梁净空和其他关键导航因素的关注。