assumed flooded compartment

简明释义

假定浸水舱

英英释义

例句

1.The captain ordered a thorough inspection of the assumed flooded compartment 假定被淹没的舱室 to prevent further damage.

船长下令彻底检查假定被淹没的舱室以防止进一步损坏。

2.The engineer conducted tests to assess the stability of the vessel with an assumed flooded compartment 假定被淹没的舱室 during simulations.

工程师进行了测试，以评估在模拟中有一个假定被淹没的舱室时船只的稳定性。

3.During the drill, we practiced how to respond to an assumed flooded compartment 假定被淹没的舱室 scenario.

在演习中，我们练习了如何应对假定被淹没的舱室的情景。

4.Emergency protocols require immediate action when an assumed flooded compartment 假定被淹没的舱室 is identified.

一旦识别出假定被淹没的舱室，紧急协议要求立即采取行动。

5.In the event of a hull breach, the crew must prepare for an assumed flooded compartment 假定被淹没的舱室 to ensure safety.

在船体破损的情况下，船员必须准备应对一个假定被淹没的舱室以确保安全。

作文

In the field of naval architecture and marine engineering, understanding the concept of an assumed flooded compartment is crucial for ensuring the safety and stability of a vessel. An assumed flooded compartment refers to a section of a ship that is presumed to be filled with water due to a breach in the hull or other forms of damage. This scenario is often analyzed during the design phase of a ship to determine how it will respond to flooding, which is essential for maintaining buoyancy and preventing capsizing.When a ship encounters an emergency situation, such as a collision or grounding, the integrity of its hull may be compromised. In such cases, the assumed flooded compartment is used as a standard measure to assess the potential impact of flooding on the vessel's overall stability. Engineers conduct stability calculations based on the worst-case scenario where one or more compartments are flooded. This helps in designing effective watertight bulkheads and ensuring that the vessel can remain afloat even when damaged.The implications of an assumed flooded compartment extend beyond just structural integrity; they also involve considerations of safety protocols and evacuation procedures. Crew members must be trained to respond swiftly in the event of flooding, and they should understand the layout of the ship, including which compartments are most likely to flood under specific conditions. This knowledge is vital for minimizing risks and protecting lives at sea.Moreover, the concept of an assumed flooded compartment plays a significant role in regulatory compliance. Maritime authorities require vessels to adhere to specific standards regarding stability and flooding scenarios. Ship designers must provide evidence that their designs can withstand flooding in accordance with international regulations. This is where the assumed flooded compartment becomes a critical element in the design documentation submitted for approval.In addition to safety and regulatory concerns, the assumed flooded compartment also has financial implications. A vessel that is deemed unsafe due to poor flooding response may face increased insurance premiums or difficulties in securing financing. Conversely, a well-designed ship that accounts for assumed flooded compartments can enhance its marketability and operational efficiency.In conclusion, the concept of an assumed flooded compartment is integral to the design, safety, and regulation of maritime vessels. It serves as a key factor in stability assessments, crew training, and compliance with maritime laws. Understanding this concept not only helps engineers design safer ships but also ensures that crew members are prepared to handle emergencies effectively, ultimately safeguarding lives and property at sea. As the maritime industry continues to evolve, the importance of thoroughly understanding and implementing strategies related to assumed flooded compartments will only grow, highlighting the need for ongoing education and innovation in this critical field.

在船舶建筑和海洋工程领域，理解“假定淹没舱室”的概念对于确保船舶的安全和稳定至关重要。“假定淹没舱室”指的是由于船体破损或其他形式的损坏而被认为充满水的船舶某一部分。这个场景通常在船舶设计阶段进行分析，以确定在发生淹没时船舶的反应，这对维持浮力和防止倾覆至关重要。当船舶遇到紧急情况，例如碰撞或搁浅时，其船体的完整性可能会受到损害。在这种情况下，“假定淹没舱室”作为一种标准措施，用于评估淹没对船舶整体稳定性的潜在影响。工程师根据最坏的情况进行稳定性计算，即一个或多个舱室被淹没。这有助于设计有效的防水隔舱，并确保即使在受损的情况下，船舶也能保持漂浮。“假定淹没舱室”的影响不仅仅涉及结构完整性；还涉及安全协议和疏散程序的考虑。船员必须接受培训，以便在发生淹没时迅速做出反应，他们应该了解船舶的布局，包括在特定条件下最可能淹没的舱室。这种知识对于减少风险并保护海上生命至关重要。此外，“假定淹没舱室”的概念在合规性方面也起着重要作用。海事当局要求船舶遵循有关稳定性和淹没场景的特定标准。船舶设计师必须提供证据，证明他们的设计能够根据国际法规承受淹没。这就是“假定淹没舱室”成为提交批准的设计文档中关键要素的原因。除了安全和合规问题外，“假定淹没舱室”还具有财务影响。一艘由于淹没反应不佳而被认为不安全的船舶可能面临更高的保险费或融资困难。相反，一艘良好设计的船舶，如果考虑了“假定淹没舱室”，则可以提高其市场竞争力和运营效率。总之，“假定淹没舱室”的概念对于船舶的设计、安全和监管至关重要。它是稳定性评估、船员培训和遵守海事法律的关键因素。理解这一概念不仅有助于工程师设计更安全的船舶，还确保船员能够有效地应对紧急情况，最终保护海上的生命和财产。随着海事行业的不断发展，彻底理解和实施与“假定淹没舱室”相关的策略的重要性只会增加，突显了在这一关键领域持续教育和创新的必要性。