riveted plating

简明释义

铆接板

英英释义

例句

1.The engineer explained how riveted plating is used in aircraft design for added safety.

工程师解释了如何在飞机设计中使用铆接板以增加安全性。

2.The factory specializes in producing riveted plating for various industrial applications.

该工厂专门生产用于各种工业应用的铆接板。

3.The construction of the bridge relied heavily on the strength of the riveted plating.

这座桥的建设在很大程度上依赖于铆接板的强度。

4.In historical buildings, you can often find riveted plating as part of the structural elements.

在历史建筑中，您常常可以发现铆接板作为结构元素的一部分。

5.To ensure durability, the ship's hull was reinforced with riveted plating.

为了确保耐用性，船体用铆接板进行了加固。

作文

Riveted plating is a technique that has been used for centuries in various industries, particularly in shipbuilding and construction. This method involves joining two or more plates of metal together using rivets, which are cylindrical metal pins that are inserted through holes in the plates and then hammered down to secure them in place. The strength and durability provided by riveted plating make it an essential choice for structures that must withstand significant stress and strain. One of the most notable applications of riveted plating can be seen in the construction of early 20th-century ships. These vessels were often built using large steel plates that were riveted together to form the hull. The use of riveted plating allowed for a strong and watertight structure, which was crucial for the safety and efficiency of maritime travel. As technology advanced, the techniques used in shipbuilding evolved, but the principles behind riveted plating remained relevant. In addition to maritime applications, riveted plating has also played a significant role in the construction of bridges and buildings. The iconic Golden Gate Bridge, for instance, utilized riveted steel plates in its design, providing the necessary support for the massive structure. The aesthetic appeal of riveted plating has also not gone unnoticed, as many architects and designers have incorporated this technique into their work, celebrating the industrial look that it provides. However, the use of riveted plating is not without its challenges. Over time, the rivets can become loose due to wear and tear, leading to potential structural integrity issues. This necessitates regular maintenance and inspections to ensure that the joints remain secure. In modern construction, welding has largely replaced riveted plating in many applications, as it offers a more seamless and efficient way to join metal components. Nonetheless, there is still a niche market for riveted plating, particularly in restoration projects where historical accuracy is paramount. The revival of interest in traditional building methods has led to a renewed appreciation for riveted plating. Craftsmen and engineers are exploring ways to combine modern materials with historical techniques, resulting in innovative designs that pay homage to the past while meeting contemporary standards. This fusion of old and new highlights the versatility of riveted plating and its enduring legacy in the world of construction. In conclusion, riveted plating is more than just a method of joining metal; it represents a rich history of engineering and craftsmanship. From its pivotal role in shipbuilding to its application in iconic structures like bridges, riveted plating showcases the strength and resilience of human ingenuity. As we move forward, it is essential to recognize the value of such traditional techniques while embracing new technologies that can enhance their effectiveness. The future of riveted plating lies in its ability to adapt and evolve, ensuring that it remains a vital part of our architectural heritage.

铆接板是一种在多个行业中使用了几个世纪的技术，特别是在造船和建筑领域。这种方法涉及通过铆钉将两个或多个金属板连接在一起，铆钉是插入板孔中的圆柱形金属销，然后锤打以固定它们。铆接板提供的强度和耐久性使其成为必须承受重大压力和应变的结构的基本选择。最显著的应用之一可以在20世纪初的船只建造中看到。这些船只通常使用大型钢板铆接在一起形成船体。使用铆接板允许构造出坚固且防水的结构，这对海上旅行的安全和效率至关重要。随着技术的进步，船舶建造中使用的技术不断演变，但铆接板背后的原则仍然相关。除了海事应用外，铆接板在桥梁和建筑的施工中也发挥了重要作用。例如，标志性的金门大桥在其设计中利用了铆接钢板，为这个巨大的结构提供了必要的支持。铆接板的美学吸引力也没有被忽视，许多建筑师和设计师将这种技术融入他们的作品中，庆祝它所提供的工业外观。然而，使用铆接板并非没有挑战。随着时间的推移，铆钉可能会因磨损而松动，从而导致潜在的结构完整性问题。这需要定期维护和检查，以确保接头保持牢固。在现代建筑中，焊接在许多应用中已在很大程度上取代了铆接板，因为它提供了一种更无缝和高效的金属组件连接方式。然而，特别是在需要历史准确性的修复项目中，仍然有一个小众市场在使用铆接板。对传统建筑方法的兴趣复兴导致了对铆接板的新欣赏。工匠和工程师正在探索将现代材料与历史技术结合的方法，从而产生既致敬过去又符合当代标准的创新设计。这种旧与新的融合突显了铆接板的多功能性及其在建筑世界中的持久遗产。总之，铆接板不仅仅是一种连接金属的方法；它代表了工程和工艺的丰富历史。从其在造船中的关键作用到在标志性结构如桥梁中的应用，铆接板展示了人类创造力的力量和韧性。随着我们向前发展，认识到这种传统技术的价值，同时接受可以增强其有效性的新技术至关重要。铆接板的未来在于其适应和演变的能力，确保它继续成为我们建筑遗产的重要组成部分。