fantail grating
简明释义
尾甲板格子板
英英释义
A type of grating that is shaped like a fan, often used in architectural design or ventilation systems to allow air flow while providing a decorative element. | 一种呈扇形的格栅,通常用于建筑设计或通风系统中,以允许气流通过,同时提供装饰元素。 |
例句
1.In our backyard, we installed a fantail grating to enhance water flow during heavy rains.
在我们的后院,我们安装了一个扇尾格栅以增强暴雨期间的水流。
2.During the construction, the workers carefully placed the fantail grating to allow for efficient water runoff.
在施工过程中,工人们小心地放置扇尾格栅以便有效排水。
3.The new drainage system features a durable fantail grating to prevent debris from clogging the pipes.
新的排水系统采用耐用的扇尾格栅来防止杂物堵塞管道。
4.The architect recommended using fantail grating for the rooftop garden to ensure proper drainage.
建筑师建议在屋顶花园中使用扇尾格栅以确保适当的排水。
5.The park's pathways are lined with fantail grating to keep the area clean and free of puddles.
公园的小径旁边铺设了扇尾格栅,以保持区域清洁并避免积水。
作文
In the world of architecture and design, every detail plays a crucial role in both aesthetics and functionality. One such detail that often goes unnoticed is the use of fantail grating, a term that refers to a specific type of decorative and functional grate typically found in various structures. The fantail grating (扇尾格栅) is characterized by its unique shape, resembling the tail of a fan, which not only enhances the visual appeal of a space but also serves practical purposes such as ventilation and drainage.The origins of fantail grating can be traced back to traditional architectural practices where airflow was essential for maintaining comfortable indoor environments. In many historical buildings, especially those located in warmer climates, the design of fantail grating allowed for effective air circulation while preventing the entry of larger debris. This dual function makes it an excellent choice for both modern and historical designs.When incorporated into contemporary architecture, fantail grating can be seen in various applications, from outdoor patios to indoor spaces. For instance, in urban settings, these grates are often used in landscaping to promote drainage while adding an artistic element to the environment. The fan-like design not only captures attention but also blends seamlessly with natural surroundings, making it a popular choice among landscape architects.In addition to its aesthetic qualities, the practical benefits of fantail grating cannot be overlooked. It facilitates the efficient movement of air and water, which is essential in preventing stagnation and promoting hygiene. For example, in public areas like parks or plazas, fantail grating allows rainwater to flow through while keeping the surface clean and safe for pedestrians. This effectiveness in managing environmental factors contributes to the sustainability of urban designs.Moreover, the versatility of fantail grating extends beyond aesthetics and functionality. It can be made from various materials, including metal, plastic, or composite materials, allowing designers to choose options that best fit their project requirements. The durability of these materials ensures that fantail grating can withstand harsh weather conditions, making it suitable for both indoor and outdoor applications.As we move towards more eco-friendly and sustainable design practices, the importance of elements like fantail grating becomes even more pronounced. By integrating such features into our architectural projects, we not only enhance the beauty of our environments but also promote better ecological practices. The ability of fantail grating to facilitate natural air and water flow aligns perfectly with the goals of modern sustainable architecture.In conclusion, the use of fantail grating (扇尾格栅) in architecture is a testament to the idea that form and function can coexist beautifully. As designers continue to explore innovative ways to incorporate this element into their work, we can expect to see a rise in both the aesthetic and practical applications of fantail grating. Whether it be in historical renovations or new constructions, this unique design feature will undoubtedly play a significant role in shaping the future of architectural design.
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