binding strake

简明释义

围口甲板;联固板;加强列板

英英释义

例句

1.We need to apply a fresh coat of paint on the binding strake to prevent corrosion.

我们需要在binding strake（绑条）上涂上一层新漆，以防止腐蚀。

2.The design of the binding strake allows for better water flow along the hull.

这个binding strake（绑条）的设计可以更好地引导水流沿着船体流动。

3.During the maintenance, the crew inspected the binding strake for any signs of wear.

在维护期间，船员检查了binding strake（绑条）是否有磨损迹象。

4.The binding strake is crucial for maintaining the structural integrity of the boat.

对于保持船只的结构完整性来说，binding strake（绑条）是至关重要的。

5.The ship's hull was reinforced with a new binding strake to enhance its durability.

船体通过新的binding strake（绑条）得到了增强，以提高其耐用性。

作文

In the world of shipbuilding, the term binding strake refers to a specific type of plank or timber that is used to secure the edges of other planks together. This component plays a crucial role in ensuring the structural integrity and water-tightness of a vessel. The binding strake is typically placed along the seams where two planks meet, providing additional strength and stability to the hull. Without this essential feature, ships would be more susceptible to leaks and structural failures, which could lead to disastrous consequences at sea.The importance of the binding strake can be traced back to ancient maritime practices. Early shipbuilders understood that the joints between wooden planks were vulnerable points in the construction of a ship. To mitigate this risk, they developed techniques to bind these planks together securely. The introduction of the binding strake marked a significant advancement in shipbuilding technology, allowing for more robust designs that could withstand the harsh conditions of the open ocean.Modern shipbuilding has evolved significantly, with the use of advanced materials and construction techniques. However, the principles behind the binding strake remain relevant. Even in contemporary ship designs, where fiberglass and metal are often used, the concept of binding elements together to create a strong and cohesive structure is still applied. Engineers and designers must consider how to effectively integrate various components to ensure the vessel's performance and safety.The application of the binding strake extends beyond just the physical construction of a ship. It also symbolizes the broader concept of cohesion and unity within a team or organization. Just as the binding strake holds planks together, effective teamwork binds individuals together to achieve a common goal. In any successful project, whether it involves shipbuilding or any other field, the ability to work harmoniously with others is essential. Each member contributes their unique skills and perspectives, much like the individual planks that come together to form a sturdy hull.Furthermore, understanding the function of the binding strake can serve as a metaphor for personal development. Just as the binding strake reinforces the structure of a ship, our experiences and relationships can strengthen our character and resilience. Life presents numerous challenges that test our resolve, but the connections we build with others can provide the support needed to navigate through difficulties.In conclusion, the binding strake is not merely a technical term in shipbuilding; it represents the principles of strength, unity, and resilience. Whether in the context of constructing a vessel or fostering teamwork and personal growth, the concept of binding together elements to create something greater than the sum of its parts is a valuable lesson. As we continue to explore the depths of shipbuilding and the broader implications of collaboration and personal development, the significance of the binding strake will remain a guiding principle in our endeavors.

在造船的世界中，术语binding strake指的是一种特定类型的木板或木材，用于将其他木板的边缘固定在一起。这个组件在确保船只结构完整性和防水性方面发挥着至关重要的作用。binding strake通常放置在两块木板相接的缝隙处，为船体提供额外的强度和稳定性。如果没有这一基本特征，船只将更容易受到泄漏和结构故障的影响，这可能导致海上灾难性的后果。binding strake的重要性可以追溯到古代海事实践。早期的造船工匠明白，木板之间的接缝是船只构造中的脆弱点。为了减少这种风险，他们开发了将这些木板牢固绑定在一起的技术。binding strake的引入标志着造船技术的重大进步，使得可以设计出更坚固的船只，能够抵御开放海洋的恶劣条件。现代造船发生了显著变化，使用了先进的材料和建造技术。然而，binding strake背后的原理仍然适用。即使在当代船舶设计中，尽管常常使用玻璃纤维和金属，绑定各个组件以创建强大而统一的结构的概念仍然被应用。工程师和设计师必须考虑如何有效整合各种组件，以确保船只的性能和安全。binding strake的应用不仅仅局限于船只的物理构造。它还象征着团队或组织内部凝聚力和团结的更广泛概念。就像binding strake将木板结合在一起一样，有效的团队合作将个人结合在一起，以实现共同的目标。在任何成功的项目中，无论是涉及造船还是其他领域，和谐地与他人合作的能力都是至关重要的。每个成员都贡献自己独特的技能和视角，就像组合在一起形成坚固船体的单独木板。此外，理解binding strake的功能可以作为个人发展的隐喻。正如binding strake增强了船只的结构，我们的经历和关系也能增强我们的性格和韧性。生活中出现了许多挑战，考验着我们的决心，但我们与他人建立的联系可以提供应对困难所需的支持。总之，binding strake不仅仅是造船中的一个技术术语；它代表了力量、团结和韧性的原则。无论是在建造船只的背景下，还是在促进团队合作和个人发展中，将元素结合在一起以创造出超越部分总和的整体的概念都是一项宝贵的教训。随着我们继续探索造船的深度以及合作与个人发展的更广泛意义，binding strake的重要性将始终是我们努力的指导原则。