deckhouse

简明释义

英[ˈdekhaʊs]美[ˈdekhaʊs]

n. （轮船）甲板室；（露天）甲板室

复 数 d e c k h o u s e s

英英释义

单词用法

同义词

反义词

例句

1.The boat is built of steel hull, aluminum - welded deckhouse, round bilge, transom stern, single continuous deck, longitudinal framing, four engines, four rudders and diesel engine driven.

本艇为钢质主船体，铝质焊接甲板室，圆舭方艉单层连续甲板纵骨架式四机四桨四舵柴油机推进巡逻艇。

2.The boat is built of steel hull, aluminum - welded deckhouse, round bilge, transom stern, single continuous deck, longitudinal framing, four engines, four rudders and diesel engine driven.

本艇为钢质主船体，铝质焊接甲板室，圆舭方艉单层连续甲板纵骨架式四机四桨四舵柴油机推进巡逻艇。

3.The ship can be built in several versions - with interior of the cabin and deckhouse or without, full hull or waterline, etc.

这艘船可以被制作成不同版本——带内构或者不带内构，带船壳或者是水线船等。

4.Checking structure integrity of superstructure (deckhouse) after welding.

上层建筑焊后结构无缺性检查。

5.Checking structure integrity of superstructure (deckhouse) after welding.

上层建筑焊后结构完整性检查。

6.The walls of the little deckhouse were broken.

甲板室的墙壁也已经破了。

7.The captain stood on the bridge, looking out over the sea from the deckhouse.

船长站在桥上，从甲板屋向海面眺望。

8.We gathered in the deckhouse for a briefing before the voyage.

在出航前，我们聚集在甲板屋进行简报。

9.The deckhouse serves as the command center for the crew.

甲板屋作为船员的指挥中心。

10.She decorated the deckhouse with colorful flags for the celebration.

她为庆祝活动装饰了甲板屋，挂上了五彩缤纷的旗帜。

11.After the storm, we inspected the deckhouse for any damages.

暴风雨过后，我们检查了甲板屋是否有损坏。

作文

The term deckhouse refers to a structure on a ship or a boat that is typically located above the main deck. It serves various purposes, including providing shelter for crew members and housing essential equipment. Understanding the significance of a deckhouse can enhance our appreciation of maritime design and functionality. In this essay, I will explore the role of the deckhouse in the overall architecture of a vessel, its historical evolution, and its impact on modern shipbuilding. Historically, the deckhouse has been an integral part of naval architecture. Early ships often had simple structures that offered minimal protection from the elements. As maritime technology advanced, the design of the deckhouse evolved to include more sophisticated features. For instance, the introduction of steam power in the 19th century led to larger vessels that required more substantial accommodations for crew members. The deckhouse became a vital component, providing not only shelter but also space for navigation equipment and living quarters. Today, the design of a deckhouse varies significantly depending on the type of vessel. On luxury yachts, the deckhouse might be designed with large windows to offer panoramic views of the surrounding sea, while on commercial ships, it may prioritize functionality over aesthetics. Regardless of the style, the deckhouse remains a crucial element in ensuring safety and comfort at sea. It acts as a command center where crew members can monitor navigational instruments and communicate with other parts of the ship. Moreover, the deckhouse plays a significant role in the overall stability and balance of a vessel. Its placement affects the center of gravity, which is essential for maintaining the ship's equilibrium. Designers must carefully consider the weight distribution when constructing a deckhouse to prevent capsizing or excessive rolling in rough seas. This aspect of maritime engineering highlights the intricate relationship between form and function in ship design. In recent years, there has been a growing emphasis on sustainability in shipbuilding. Modern deckhouses are now being constructed using eco-friendly materials and innovative designs that reduce energy consumption. For example, some vessels incorporate solar panels on their deckhouse roofs to harness renewable energy. This shift towards sustainable practices not only benefits the environment but also enhances the operational efficiency of ships. In conclusion, the deckhouse is much more than just a simple structure on a ship; it is a multifaceted component that contributes to the vessel's functionality, safety, and comfort. From its historical roots to its modern applications, the deckhouse reflects the evolution of maritime design and engineering. As we continue to advance in shipbuilding technology, the deckhouse will undoubtedly adapt, embracing new materials and sustainable practices. Understanding the importance of the deckhouse allows us to appreciate the intricacies of maritime architecture and the ingenuity behind every vessel that sails the seas.

术语deckhouse指的是船只或小艇上通常位于主甲板之上的结构。它具有多种用途，包括为船员提供庇护和容纳必要的设备。理解deckhouse的重要性可以增强我们对海洋设计和功能性的欣赏。在这篇文章中，我将探讨deckhouse在船舶整体建筑中的作用、历史演变以及对现代造船的影响。 从历史上看，deckhouse一直是海军建筑的重要组成部分。早期的船只通常有简单的结构，仅提供最低限度的保护以抵御自然元素。随着海洋技术的进步，deckhouse的设计演变为包含更复杂的功能。例如，19世纪蒸汽动力的引入使得船只变得更大，要求为船员提供更为实质的住宿。deckhouse成为一个至关重要的组成部分，不仅提供庇护，还为导航设备和生活区提供空间。 如今，deckhouse的设计因船只类型而异。在豪华游艇上，deckhouse可能设计有大窗户，以提供周围海域的全景，而在商用船舶上，它可能更注重功能性而非美观。无论风格如何，deckhouse仍然是确保海上安全和舒适的重要元素。它充当指挥中心，船员可以在这里监控导航仪器并与船的其他部分进行沟通。 此外，deckhouse在整体稳定性和平衡性方面也发挥着重要作用。其位置会影响船舶的重心，这对于维持船只的平衡至关重要。设计师在建造deckhouse时必须仔细考虑重量分布，以防止在恶劣海况下翻覆或过度摇摆。这一海洋工程的方面突显了船舶设计中形式与功能之间的复杂关系。 近年来，造船行业越来越重视可持续性。现代的deckhouses现在采用环保材料和创新设计，以减少能源消耗。例如，一些船只在其deckhouse屋顶上安装太阳能电池板，以利用可再生能源。这种向可持续实践的转变不仅有利于环境，还提高了船舶的运营效率。 总之，deckhouse不仅仅是船上的简单结构；它是一个多面向的组件，对船舶的功能、安全和舒适性做出了贡献。从历史根源到现代应用，deckhouse反映了海洋设计和工程的演变。随着我们在造船技术方面的不断进步，deckhouse无疑会适应，拥抱新材料和可持续实践。理解deckhouse的重要性使我们能够欣赏海洋建筑的复杂性以及每一艘航行于海的船舶背后的聪明才智。