reduction of freeboard

简明释义

干舷减少

英英释义

例句

1.A significant reduction of freeboard can lead to increased risk of flooding during storms.

显著的自由高度减少可能会在风暴期间增加淹水风险。

2.The architect suggested a reduction of freeboard for the new building to enhance its aesthetic appeal.

建筑师建议对新建筑进行自由高度的减少以增强其美观性。

3.The reduction of freeboard was necessary to meet the new design regulations.

为了符合新的设计规范，自由高度的减少是必要的。

4.The engineer proposed a reduction of freeboard to improve the vessel's stability in rough seas.

工程师提议减少自由高度以提高船只在恶劣海况下的稳定性。

5.Due to the reduction of freeboard, the ship can carry more cargo without compromising safety.

由于自由高度的减少，这艘船可以在不影响安全的情况下装载更多货物。

作文

The concept of freeboard is crucial in the field of engineering, particularly in naval architecture and civil engineering. Freeboard refers to the distance between the waterline and the upper deck level of a ship or a structure. It is an important measure that ensures safety and stability by preventing water from entering the vessel or structure. However, there are instances where a reduction of freeboard (自由高度的减少) may be necessary due to various factors such as design modifications, weight changes, or operational requirements.One of the primary reasons for the reduction of freeboard (自由高度的减少) is the need to accommodate additional cargo or equipment. In shipping, vessels are often required to carry heavier loads to maximize efficiency and profitability. When a ship's cargo capacity increases, it may lead to a situation where the freeboard is compromised. This can pose a risk during rough sea conditions, as lower freeboard may result in water splashing onto the deck, potentially causing damage or compromising the safety of the crew and cargo.Another factor that can lead to the reduction of freeboard (自由高度的减少) is the alteration of the vessel’s design. Engineers may decide to lower the deck for aesthetic reasons or to improve access for loading and unloading. While these changes can enhance functionality, they must be carefully evaluated to ensure that the vessel remains seaworthy. A thorough analysis of the hydrodynamic effects of such modifications is essential to prevent any adverse consequences.In civil engineering, the reduction of freeboard (自由高度的减少) can also occur in the design of structures like bridges and dams. For instance, when constructing a dam, engineers must consider the freeboard to account for potential flooding. If the freeboard is reduced without proper assessment, it could lead to catastrophic failures during extreme weather events. Therefore, maintaining an adequate freeboard is vital for the structural integrity and safety of these constructions.Moreover, regulatory bodies often set minimum freeboard requirements based on environmental conditions and expected loads. The reduction of freeboard (自由高度的减少) below these standards can result in legal repercussions or increased insurance costs. It is crucial for engineers and designers to adhere to these regulations to ensure compliance and safety.In conclusion, while the reduction of freeboard (自由高度的减少) might be necessary in certain scenarios, it comes with significant risks that must be managed carefully. Whether in maritime or civil engineering, maintaining an appropriate freeboard is essential for safety, stability, and compliance with regulations. Engineers must conduct thorough assessments and consider all factors before proceeding with any modifications that could affect the freeboard. Ultimately, understanding the implications of the reduction of freeboard (自由高度的减少) is vital for ensuring the safety and reliability of vessels and structures alike.

自由高度的概念在工程领域，尤其是在船舶设计和土木工程中至关重要。自由高度指的是水线与船只或结构上层甲板之间的距离。这是一个重要的测量标准，确保安全和稳定，防止水进入船只或结构。然而，有时由于设计修改、重量变化或操作要求，可能需要进行自由高度的减少。自由高度减少的主要原因之一是需要容纳额外的货物或设备。在航运中，船只通常需要承载更重的负荷以最大化效率和盈利能力。当船只的货物容量增加时，可能会导致自由高度受到影响。这在恶劣海况下可能构成风险，因为较低的自由高度可能导致水溅到甲板上，从而可能造成损害或危及船员和货物的安全。另一个可能导致自由高度减少的因素是船只设计的改变。工程师可能决定降低甲板以达到美观目的或改善装卸的便利性。虽然这些变化可以增强功能性，但必须仔细评估，以确保船只保持适航性。对这些修改的水动力学影响进行彻底分析对于防止不良后果至关重要。在土木工程中，结构如桥梁和大坝的设计也可能出现自由高度的减少。例如，在建造大坝时，工程师必须考虑自由高度以应对潜在的洪水。如果自由高度在没有适当评估的情况下被减少，可能会导致在极端天气事件中发生灾难性故障。因此，维持足够的自由高度对于这些建筑的结构完整性和安全性至关重要。此外，监管机构通常根据环境条件和预期负荷设定最低自由高度要求。自由高度减少到这些标准以下可能会导致法律后果或增加保险费用。工程师和设计师必须遵循这些规定，以确保合规和安全。总之，尽管在某些情况下，自由高度的减少可能是必要的，但这伴随着必须谨慎管理的重大风险。无论是在海事还是土木工程中，保持适当的自由高度对于安全、稳定和遵守法规至关重要。工程师必须进行彻底的评估，并在进行可能影响自由高度的任何修改之前考虑所有因素。最终，理解自由高度减少的影响对确保船只和结构的安全性和可靠性至关重要。