two-compartment floodability

简明释义

两舱进水不沉性

英英释义

例句

1.The two-compartment floodability of the vessel was tested under various conditions to comply with maritime regulations.

该船只的双舱洪水能力在各种条件下进行了测试，以符合海事法规。

2.The engineers evaluated the design for its two-compartment floodability to ensure it could withstand potential flooding scenarios.

工程师评估了设计的双舱洪水能力，以确保其能够承受潜在的洪水情景。

3.The analysis revealed that the two-compartment floodability significantly influenced the overall stability of the structure.

分析显示，双舱洪水能力显著影响了结构的整体稳定性。

4.Understanding the two-compartment floodability is crucial for designing effective flood response strategies.

理解双舱洪水能力对于设计有效的洪水应对策略至关重要。

5.In our recent project, we focused on improving the two-compartment floodability of the building to enhance safety measures.

在我们最近的项目中，我们专注于提高建筑物的双舱洪水能力以增强安全措施。

作文

In recent years, the concept of two-compartment floodability has gained attention in the field of civil engineering and urban planning. This term refers to the ability of a specific area or structure to manage floodwaters through two distinct compartments, allowing for better control and mitigation of flooding effects. Understanding two-compartment floodability is crucial for developing effective flood management strategies, especially in regions prone to heavy rainfall and rising sea levels.The first compartment typically involves the immediate area surrounding a building or infrastructure, which is designed to absorb or redirect water away from vulnerable zones. This can be achieved through various methods such as creating green spaces, installing permeable pavements, or utilizing rain gardens that can capture excess stormwater. By implementing these features, the first compartment acts as a buffer, reducing the volume of water that can overwhelm drainage systems during heavy storms.The second compartment focuses on the larger regional context, which includes the broader watershed or floodplain. This area is managed through the construction of levees, retention basins, and other large-scale infrastructure that can contain and control floodwaters before they reach critical urban areas. The synergy between these two compartments enhances overall flood resilience, ensuring that water is effectively managed at both the micro and macro levels.Moreover, understanding two-compartment floodability also involves recognizing the importance of community engagement and planning. Involving local residents in the development of flood management strategies ensures that their needs and experiences are taken into account. Community-driven approaches can lead to more sustainable and effective solutions, as residents often have valuable insights into how water flows in their neighborhoods and can identify potential problem areas that may not be apparent to engineers and planners.Additionally, the integration of technology plays a vital role in enhancing two-compartment floodability. Advanced modeling software can simulate various flood scenarios, helping engineers design more effective drainage systems and flood defenses. Real-time monitoring systems can provide immediate data about rainfall and water levels, allowing for timely responses to emerging flood threats. By harnessing technology, cities can improve their preparedness and response capabilities, ultimately reducing the impact of floods on communities.In conclusion, the concept of two-compartment floodability represents a holistic approach to flood management that combines localized strategies with broader regional planning. By understanding and implementing this dual-compartment model, cities can enhance their resilience against flooding, protect their infrastructure, and safeguard the lives of their residents. As climate change continues to pose significant challenges, adopting innovative and collaborative strategies like two-compartment floodability will be essential for creating safer and more sustainable urban environments.

近年来，“两室洪水能力”这一概念在土木工程和城市规划领域引起了关注。这个术语指的是特定区域或结构通过两个不同的隔间来管理洪水的能力，从而更好地控制和减轻洪水的影响。理解两室洪水能力对于制定有效的洪水管理策略至关重要，尤其是在降雨量大和海平面上升的地区。第一个隔间通常涉及建筑物或基础设施周围的直接区域，该区域设计用于吸收或引导水流远离易受影响的区域。这可以通过多种方法实现，例如创建绿色空间、安装透水铺装或利用雨水花园来捕获多余的雨水。通过实施这些功能，第一个隔间充当缓冲区，减少在暴风雨期间可能淹没排水系统的水量。第二个隔间则关注更大的区域背景，包括更广泛的流域或洪泛区。该区域通过建造堤坝、蓄水池和其他大型基础设施来管理，这些设施可以在洪水到达关键城市区域之前容纳和控制洪水。两个隔间之间的协同作用增强了整体洪水韧性，确保在微观和宏观层面上有效管理水。此外，理解两室洪水能力还涉及认识到社区参与和规划的重要性。在洪水管理策略的制定中，涉及当地居民可以确保他们的需求和经验被考虑在内。以社区为驱动的方法可以导致更可持续和有效的解决方案，因为居民往往对他们社区内水流的情况有宝贵的见解，并且能够识别出工程师和规划者可能未能察觉的潜在问题区域。此外，技术的整合在增强两室洪水能力方面也发挥着重要作用。先进的建模软件可以模拟各种洪水场景，帮助工程师设计更有效的排水系统和防洪设施。实时监测系统可以提供关于降雨和水位的即时数据，允许对新出现的洪水威胁作出及时反应。通过利用技术，城市可以提高其准备和响应能力，最终减少洪水对社区的影响。总之，两室洪水能力的概念代表了一种全面的洪水管理方法，将地方性策略与更广泛的区域规划相结合。通过理解和实施这一双隔间模型，城市可以增强其抵御洪水的能力，保护基础设施，并保障居民的生命安全。随着气候变化继续带来重大挑战，采用创新和协作的策略，如两室洪水能力，将对创造更安全和更可持续的城市环境至关重要。