erection by floating

简明释义

浮运架设法

英英释义

例句

1.The construction team utilized erection by floating to position the large steel beams over the water.

建筑团队利用漂浮架设将大型钢梁定位在水面上。

2.Using erection by floating, we were able to assemble the bridge segments quickly and efficiently.

通过漂浮架设，我们能够快速高效地组装桥段。

3.The engineers explained that erection by floating minimizes the need for heavy cranes on-site.

工程师解释说，漂浮架设减少了现场对重型起重机的需求。

4.The project was delayed due to difficulties in erection by floating during high winds.

由于在大风天气下进行漂浮架设遇到困难，项目被延迟。

5.In marine construction, erection by floating is often used to install offshore platforms.

在海洋建设中，漂浮架设通常用于安装海上平台。

作文

The concept of erection by floating refers to a method of constructing structures or objects that utilize buoyancy to achieve stability and elevation. This innovative approach can be particularly useful in various fields, including marine engineering, architecture, and even environmental conservation. By leveraging the principles of buoyancy, engineers and architects can design structures that not only stand tall but also adapt to their surroundings without causing significant disruption. One of the most compelling examples of erection by floating can be seen in the construction of floating islands or platforms. These structures are built on water bodies and use buoyant materials to remain afloat while providing a stable foundation for buildings, parks, or even agricultural activities. The ability to construct on water opens up new possibilities for urban development, especially in areas where land is scarce or prone to flooding. Moreover, the technique of erection by floating can be applied to renewable energy projects, such as floating wind farms or solar panels. By placing these energy-generating structures on water, they can harness stronger winds and sunlight, leading to increased efficiency and output. This method not only maximizes the use of natural resources but also minimizes the impact on terrestrial ecosystems. In addition to practical applications, erection by floating also raises important questions about sustainability and environmental responsibility. As we continue to explore innovative construction techniques, it is crucial to consider the ecological implications of our designs. Floating structures must be carefully planned to avoid disrupting aquatic habitats and should incorporate environmentally friendly materials and practices. Furthermore, the aesthetic aspect of erection by floating cannot be overlooked. Floating buildings and platforms can enhance the visual appeal of waterfronts, creating unique landscapes that attract tourism and promote community engagement. Architects have the opportunity to experiment with designs that blend seamlessly with the natural environment while providing functional spaces for people to enjoy. In conclusion, erection by floating is a fascinating concept that combines engineering ingenuity with environmental awareness. As we face challenges related to urbanization, climate change, and resource scarcity, innovative methods like this will play a crucial role in shaping the future of construction. By embracing the principles of buoyancy, we can create structures that not only rise above the water but also contribute positively to our planet. The potential for erection by floating is vast, and it invites us to think creatively about how we build and interact with our environment.

“浮动竖立”的概念是指利用浮力来实现结构或物体的构建方法。这种创新的方法在海洋工程、建筑学甚至环境保护等多个领域都特别有用。通过利用浮力原理，工程师和建筑师可以设计出不仅高耸入云而且能够适应周围环境的结构，而不会造成显著的干扰。“浮动竖立”的一个引人注目的例子可以在浮动岛屿或平台的建设中看到。这些结构建造在水体上，使用浮力材料保持漂浮，同时为建筑、公园甚至农业活动提供稳定的基础。在土地稀缺或易受洪水影响的地区，在水面上进行建设开辟了城市发展的新可能性。此外，“浮动竖立”的技术还可以应用于可再生能源项目，如浮动风电场或太阳能电池板。通过将这些发电结构放置在水面上，它们可以利用更强的风和阳光，从而提高效率和产量。这种方法不仅最大限度地利用自然资源，还最小化对陆地生态系统的影响。除了实际应用外，“浮动竖立”还引发了关于可持续性和环境责任的重要问题。随着我们继续探索创新的建筑技术，考虑我们设计的生态影响至关重要。浮动结构必须经过仔细规划，以避免破坏水生栖息地，并应纳入环保材料和实践。此外，“浮动竖立”的美学方面也不容忽视。浮动建筑和平台可以增强水滨的视觉吸引力，创造出独特的景观，吸引旅游并促进社区参与。建筑师有机会尝试与自然环境无缝融合的设计，同时为人们提供功能空间以供享受。总之，“浮动竖立”是一个结合工程才智与环境意识的迷人概念。随着我们面临城市化、气候变化和资源匮乏等挑战，这种创新方法将在塑造建筑的未来中发挥至关重要的作用。通过拥抱浮力原理，我们可以创建出不仅高耸于水面而且对我们的星球产生积极贡献的结构。“浮动竖立”的潜力是巨大的，它邀请我们创造性地思考如何建设和与环境互动。