three-compartment floodability

简明释义

三舱进水不沉性

英英释义

例句

1.We need to assess the three-compartment floodability of the proposed site before construction begins.

在施工开始之前，我们需要评估拟建地点的三舱防洪能力。

2.The architect presented a model that demonstrated the three-compartment floodability of the building.

建筑师展示了一个模型，演示了该建筑的三舱防洪能力。

3.The engineering team conducted tests to evaluate the three-compartment floodability of the new design.

工程团队进行了测试，以评估新设计的三舱防洪能力。

4.Understanding the three-compartment floodability is crucial for ensuring safety during heavy rains.

了解三舱防洪能力对于在大雨期间确保安全至关重要。

5.The report highlighted the importance of three-compartment floodability in urban planning.

报告强调了在城市规划中三舱防洪能力的重要性。

作文

The concept of three-compartment floodability refers to the ability of a structure, such as a ship or a building, to withstand flooding by dividing its interior into three distinct compartments. This design approach is crucial in engineering, particularly in maritime and civil construction, where water intrusion can pose significant risks to safety and functionality. By creating separate compartments, engineers can minimize the impact of flooding, ensuring that if one area becomes compromised, the others remain intact. Understanding three-compartment floodability involves recognizing the importance of compartmentalization in flood risk management. Each compartment can be equipped with its own drainage systems and waterproofing measures, allowing for greater control over water ingress. For instance, in a ship, if one compartment is flooded due to a breach in the hull, the other two compartments can provide buoyancy, preventing the vessel from sinking. This principle not only enhances safety but also allows for more effective emergency response strategies.In urban planning, three-compartment floodability can be applied to buildings situated in flood-prone areas. By designing a building with three separate levels or sections that can be independently sealed off, architects can significantly reduce the risk of total loss during a flood event. Each compartment might be designed to handle a certain amount of water, with the lower compartments being able to absorb some flooding while the upper compartments remain dry and usable.Moreover, the implementation of three-compartment floodability requires a thorough understanding of hydrodynamics and fluid mechanics. Engineers must assess potential flood scenarios and design each compartment to withstand specific pressure levels and water flow patterns. This involves careful calculations and simulations to ensure that the structural integrity of the compartments is maintained under various conditions. In addition to safety benefits, three-compartment floodability can also lead to cost savings in the long run. While the initial investment in such a design may be higher, the potential for reduced damage during flooding can save significant repair costs and downtime. Additionally, insurance premiums may be lower for structures that incorporate advanced flood mitigation strategies like this one.In conclusion, three-compartment floodability is an essential concept in modern engineering and architecture, especially in areas vulnerable to flooding. It not only enhances safety and resilience but also promotes innovative design solutions that can adapt to changing environmental conditions. As climate change continues to increase the frequency and severity of flooding events, the importance of understanding and implementing three-compartment floodability will only grow. Engineers and architects must continue to explore and refine these strategies to protect lives and property effectively. Overall, the integration of three-compartment floodability into design practices represents a proactive approach to managing flood risks, ensuring that both human-made and natural environments can coexist harmoniously even in the face of adversity.

“三舱防洪能力”这一概念是指一种结构（如船只或建筑物）通过将内部划分为三个不同的舱室来抵御洪水的能力。这种设计方法在工程学中至关重要，特别是在海事和土木建筑领域，水的侵入可能对安全和功能性构成重大风险。通过创建独立的舱室，工程师可以最大限度地减少洪水的影响，确保如果一个区域受到损害，其他区域仍然完好。理解“三舱防洪能力”需要认识到舱室化在洪水风险管理中的重要性。每个舱室都可以配备自己的排水系统和防水措施，从而更好地控制水的流入。例如，在一艘船上，如果由于船体破损而导致一个舱室进水，其他两个舱室可以提供浮力，防止船只沉没。这一原则不仅增强了安全性，还有助于更有效的应急响应策略。在城市规划中，“三舱防洪能力”可以应用于位于易洪水区域的建筑物。通过设计一个具有三个独立部分或层次的建筑，这些部分可以独立密封，建筑师可以显著降低洪水事件期间的全面损失风险。每个舱室可能被设计为能够处理一定量的水，较低的舱室能够吸收一些洪水，而较高的舱室则保持干燥和可用。此外，“三舱防洪能力”的实施需要对水动力学和流体力学有透彻的理解。工程师必须评估潜在的洪水场景，并设计每个舱室以承受特定的压力水平和水流模式。这涉及到仔细的计算和模拟，以确保在各种条件下舱室的结构完整性得以保持。除了安全益处外，“三舱防洪能力”还可以在长期内节省成本。虽然这种设计的初始投资可能较高，但洪水期间减少损害的潜力可以节省大量修复费用和停工时间。此外，采用先进的洪水缓解策略的结构，其保险费可能会更低。总之，“三舱防洪能力”是现代工程和建筑中的一个重要概念，尤其是在易受洪水影响的地区。它不仅增强了安全性和韧性，还促进了能够适应不断变化的环境条件的创新设计解决方案。随着气候变化继续增加洪水事件的频率和严重性，理解和实施“三舱防洪能力”的重要性将只增不减。工程师和建筑师必须继续探索和完善这些策略，以有效保护生命和财产。总体而言，将“三舱防洪能力”融入设计实践代表了一种主动管理洪水风险的方法，确保人造环境和自然环境即使在逆境中也能和谐共存。