pylons

简明释义

英[ˈpaɪ.lɒn]美[ˈpaɪ.lɑn]

n. [交]桥塔（pylon 的复数）；架线塔

英英释义

单词用法

同义词

反义词

例句

1.Large parts of Lima were blacked out after electricity pylons were blown up.

电缆塔被炸后，利马城的大部分地区陷入一片黑暗。

2.The main bridge of Fumin bridge in Shenyang is a prestressed concrete cable-stayed bridge with double kinked column pylons and single cable plane.

沈阳市富民桥主桥为折线形双塔独柱式单索面预应力混凝土斜拉桥。

3.Finally, the ultimate bearing capacity is tested and it shows a high coefficient of safety for the united twin-pylons.

对联塔结构模型进行了极限承载力测试，结果表明结构有较大的安全储备。

4.A-form pylons are designed to withstand earthquake forces.

型框架式塔架设计中考虑塔架能够经受地震力的作用。

5.Its primary engines are located on outrigger pylons and struts to maximize cargo space within the hull.

其主引擎位于外架的派龙架和挺杆上，从而使机身内的货舱空间最大化。

6.A few modified survivors continue to perform to this day in a very different role, racing around the pylons at the Reno Air Races.

一些修改幸存者继续履行这一天在一个非常不同的作用，各地的赛车在里诺塔空气比赛。

7.The construction team erected several pylons to support the new bridge.

施工队竖起了几根支柱来支撑新桥。

8.During the storm, the pylons were crucial in maintaining the power lines.

在暴风雨期间，支柱对维持电力线路至关重要。

9.The architect designed the pylons to be both functional and aesthetically pleasing.

建筑师设计的支柱既实用又美观。

10.The tall pylons can be seen from miles away, guiding ships safely into the harbor.

高耸的支柱可以从几英里外看到，引导船只安全驶入港口。

11.The race track was lined with pylons to mark the boundaries.

赛道两旁竖起了标志杆以标记边界。

作文

In the world of engineering and architecture, the term pylons (支柱) holds significant importance. These structures serve as vertical supports that can bear substantial loads, making them essential in various applications, from bridges to power lines. The design and construction of pylons (支柱) are critical processes that require careful consideration of materials, environmental factors, and aesthetic elements. One of the most common uses of pylons (支柱) is in the construction of bridges. In this context, they act as the main support columns that hold up the bridge deck and distribute the weight of vehicles and pedestrians. Engineers must calculate the load-bearing capacity of these pylons (支柱) to ensure safety and stability. For instance, when designing a suspension bridge, the pylons (支柱) must be tall and strong enough to support the cables that hold the bridge deck in place. The use of reinforced concrete or steel is often preferred for their durability and strength. In addition to bridges, pylons (支柱) are also prevalent in the construction of high-voltage power lines. These pylons (支柱) are designed to carry the weight of the wires while keeping them at a safe height above the ground. The design of these pylons (支柱) must take into account wind resistance, ice loads, and other environmental factors that could affect their stability. The height and spacing of the pylons (支柱) are carefully calculated to ensure that the power lines remain functional and safe for the surrounding area. Moreover, pylons (支柱) are not only utilitarian but can also be aesthetically pleasing. Many modern architects incorporate artistic designs into pylons (支柱), transforming them into landmarks rather than mere functional structures. For example, the Sydney Harbour Bridge features iconic pylons (支柱) that enhance the beauty of the skyline while serving their primary purpose of supporting the bridge. Such designs can contribute to a city's identity and attract tourists. In sports, pylons (支柱) are used in various contexts, such as marking the boundaries of a playing field or serving as goalposts in football games. These pylons (支柱) are usually made of lightweight materials for easy transport and setup. They play a crucial role in ensuring the safety of players by clearly defining the playing area. In conclusion, pylons (支柱) are more than just structural supports; they are vital components in engineering, architecture, and even sports. Their design and functionality impact our daily lives in numerous ways, from the bridges we cross to the power lines that supply our homes with electricity. Understanding the significance of pylons (支柱) allows us to appreciate the intricate balance between form and function in our built environment. As we continue to innovate and improve our infrastructure, the role of pylons (支柱) will undoubtedly remain central to our development and progress.

在工程和建筑的世界中，术语pylons（支柱）具有重要意义。这些结构作为垂直支撑，可以承受大量负载，因此在从桥梁到电力线的各种应用中至关重要。pylons（支柱）的设计和建造是需要仔细考虑材料、环境因素和美学元素的关键过程。 pylons（支柱）最常见的用途之一是在桥梁的建设中。在这种情况下，它们充当主要支撑柱，支撑桥面并分配车辆和行人的重量。工程师必须计算这些pylons（支柱）的承重能力，以确保安全和稳定。例如，在设计悬索桥时，pylons（支柱）必须足够高且强大，以支持固定桥面的位置的缆绳。通常，优先选择使用钢筋混凝土或钢材，因为它们耐用且强度高。 除了桥梁，pylons（支柱）在高压电力线的建设中也很常见。这些pylons（支柱）旨在承载电缆的重量，同时将其保持在安全的高度以上。设计这些pylons（支柱）时，必须考虑风阻、冰负荷和其他可能影响其稳定性的环境因素。pylons（支柱）的高度和间距经过精确计算，以确保电力线在周围地区保持功能和安全。 此外，pylons（支柱）不仅具有实用性，还可以是美观的。许多现代建筑师将艺术设计融入pylons（支柱）中，将其转变为地标，而不仅仅是功能结构。例如，悉尼海港大桥的标志性pylons（支柱）增强了天际线的美感，同时履行支撑桥梁的主要目的。这种设计可以为城市的身份做出贡献，并吸引游客。 在体育运动中，pylons（支柱）在各种情况下被使用，比如标记比赛场地的边界或作为足球比赛中的球门柱。这些pylons（支柱）通常由轻质材料制成，方便运输和搭建。它们在确保运动员安全方面发挥着至关重要的作用，清晰地定义了比赛区域。 总之，pylons（支柱）不仅仅是结构支撑；它们是工程、建筑甚至体育运动中的重要组成部分。它们的设计和功能以多种方式影响着我们的日常生活，从我们穿越的桥梁到为我们家庭提供电力的电力线。理解pylons（支柱）的重要性使我们能够欣赏我们建筑环境中形式与功能之间的微妙平衡。随着我们继续创新和改善基础设施，pylons（支柱）的角色无疑将继续成为我们发展和进步的核心。