wing transom

简明释义

船尾横翼材

英英释义

例句

1.The new office design features a wing transom that helps with ventilation.

新的办公室设计采用了一个翼窗横梁，有助于通风。

2.We installed a decorative wing transom to enhance the historical charm of the building.

我们安装了一个装饰性的翼窗横梁来增强建筑的历史魅力。

3.The wing transom in the living room provides an elegant transition between the indoor and outdoor spaces.

客厅中的翼窗横梁为室内和室外空间提供了优雅的过渡。

4.The architect designed a beautiful entryway with a large wing transom to allow natural light into the foyer.

建筑师设计了一个美丽的入口，配有一个大型翼窗横梁，以便让自然光进入门厅。

5.During the renovation, we decided to add a wing transom above the door for aesthetic appeal.

在翻新过程中，我们决定在门上方添加一个翼窗横梁以增强美感。

作文

The concept of a wing transom is often discussed in the context of marine architecture and design. A wing transom refers to the structural component located at the rear of a boat or ship, which provides stability and support to the vessel's hull. This part not only contributes to the overall aesthetics of the watercraft but also plays a crucial role in enhancing its performance on the water. In many modern designs, the wing transom is engineered to optimize hydrodynamics, allowing for a smoother ride and improved fuel efficiency.Understanding the significance of the wing transom requires a look into its functionality. When a boat moves through water, it encounters resistance, known as drag. The shape and design of the wing transom can significantly influence how the vessel interacts with this drag. A well-designed wing transom can minimize resistance, allowing the boat to glide more effortlessly across the surface. This is particularly important for racing yachts and high-performance vessels that rely on speed and agility.Moreover, the wing transom serves as a mounting point for various components, such as engines and rudders. The placement and design of these elements are critical for maintaining balance and control while navigating. For instance, if the wing transom is not properly aligned or constructed, it could lead to handling issues, making the vessel difficult to steer or causing it to list to one side.In addition to its functional aspects, the wing transom can also be an expression of artistic vision. Many designers take great care in crafting the wing transom to ensure it complements the overall design of the boat. This includes considerations of materials, colors, and shapes that align with the vessel’s intended use and target market. For example, luxury yachts may feature ornate wing transoms made from high-quality woods or metals, while fishing boats might prioritize practicality over aesthetics.Furthermore, the evolution of technology has led to innovative designs of the wing transom. With advancements in computer-aided design (CAD) and simulation software, naval architects can create more efficient and effective wing transoms than ever before. These tools allow for precise modeling of how water flows around the hull and transom, leading to designs that drastically improve performance and safety.In conclusion, the wing transom is a vital element in the construction and design of boats and ships. Its importance lies not only in providing structural integrity but also in enhancing the vessel's performance and aesthetic appeal. As technology continues to advance, we can expect to see even more innovative designs that will redefine what a wing transom can achieve. Understanding this component is essential for anyone interested in marine design, whether for recreational purposes or professional endeavors. The wing transom is more than just a part of the boat; it is a testament to the blend of art and science in maritime engineering.

“翼舷”这个概念通常在海洋建筑和设计的上下文中讨论。“翼舷”指的是位于船只或舰艇后部的结构组件，它为船体提供稳定性和支撑。这个部分不仅有助于水面船只的整体美学，而且在增强其水上性能方面发挥着至关重要的作用。在许多现代设计中，“翼舷”被工程设计以优化水动力学，使船只能够更平稳地航行并提高燃油效率。理解“翼舷”的重要性需要关注其功能。当船只在水中移动时，会遇到称为阻力的抵抗。“翼舷”的形状和设计会显著影响船只与这种阻力的相互作用。设计良好的“翼舷”可以最小化阻力，使船只能够更加轻松地滑过水面。这对于依赖速度和灵活性的竞赛游艇和高性能船只尤其重要。此外，“翼舷”还作为各种组件的安装点，如发动机和舵。 这些元素的放置和设计对保持平衡和控制航行至关重要。例如，如果“翼舷”没有正确对齐或构造，可能会导致操控问题，使船只难以转向或导致其倾向一侧。除了功能方面，“翼舷”也可以是艺术视野的表现。许多设计师在制作“翼舷”时非常用心，以确保它与船只的整体设计相辅相成。这包括材料、颜色和形状等方面的考虑，这些都与船只的预期用途和目标市场相一致。例如，豪华游艇可能会采用高质量的木材或金属制成华丽的“翼舷”，而渔船则可能优先考虑实用性而非美观。此外，技术的进步导致了“翼舷”的创新设计。随着计算机辅助设计（CAD）和仿真软件的进步，造船工程师可以创建比以往任何时候都更高效、更有效的“翼舷”。这些工具允许精确建模水流如何在船体和舷侧周围流动，从而导致大幅改善性能和安全性的设计。总之，“翼舷”是船只和舰艇建造和设计中的重要元素。它的重要性不仅在于提供结构完整性，还在于增强船只的性能和美学吸引力。随着技术的不断进步，我们可以期待看到更多创新设计将重新定义“翼舷”可以实现的目标。理解这个组件对于任何对海洋设计感兴趣的人来说都是必不可少的，无论是出于娱乐目的还是专业事业。“翼舷”不仅是船只的一部分；它是海事工程中艺术与科学融合的证明。