glossary of marine engineering

简明释义

轮机词汇

英英释义

例句

1.The students referred to the glossary of marine engineering for definitions of technical terms they encountered in their textbooks.

学生们参考了海洋工程术语表，以了解他们在教科书中遇到的技术术语的定义。

2.During the workshop, participants received a printed glossary of marine engineering to assist them with the course material.

在研讨会上，参与者收到了一份印刷版的海洋工程术语表，以帮助他们理解课程材料。

3.The engineer found the glossary of marine engineering particularly useful when writing technical reports.

工程师在撰写技术报告时发现海洋工程术语表特别有用。

4.For the project presentation, the team included a glossary of marine engineering to help the audience understand specialized vocabulary.

为了项目演示，团队包括了一个海洋工程术语表，以帮助观众理解专业词汇。

5.The online course provided access to a comprehensive glossary of marine engineering that covered all essential terms.

在线课程提供了一个全面的海洋工程术语表，涵盖了所有基本术语。

作文

The field of marine engineering is a specialized area of engineering that focuses on the design, construction, and maintenance of ships, boats, and other marine vessels. To effectively communicate within this discipline, professionals often rely on a comprehensive glossary of marine engineering. This glossary serves as a vital resource, providing definitions and explanations of the technical terms and concepts that are commonly used in the industry. Understanding these terms is essential for engineers, technicians, and even students who aspire to work in marine engineering.A glossary of marine engineering typically includes terms related to various aspects of marine technology, such as propulsion systems, hull design, and navigation systems. For instance, terms like "propeller," "ballast," and "hull" are fundamental components of marine vessels. The propeller is the device that propels the ship forward, while ballast refers to materials used to provide stability to the vessel. The hull is the main body of the ship, which plays a crucial role in its buoyancy and overall performance.Moreover, a glossary of marine engineering also encompasses terminology related to safety regulations, environmental considerations, and operational protocols. Terms like "SOLAS" (Safety of Life at Sea) and "MARPOL" (Marine Pollution) are critical for ensuring that marine operations comply with international safety and environmental standards. Understanding these regulations is not only important for legal compliance but also for promoting sustainable practices within the marine industry.In addition to technical terms, a glossary of marine engineering may include jargon specific to the various branches of marine engineering, such as naval architecture, marine electrical engineering, and marine mechanical engineering. Each branch has its own set of terminologies that professionals must be familiar with to collaborate effectively. For example, naval architects may use terms like "freeboard" and "draft" to describe the distance between the waterline and the upper deck, as well as the vertical distance between the waterline and the bottom of the hull, respectively.Furthermore, the rapid advancement of technology in the marine sector has led to the introduction of new terms related to innovations such as automation, green technologies, and digital navigation systems. A modern glossary of marine engineering must therefore evolve continuously to incorporate these emerging concepts. Terms like "autonomous vessels" and "hybrid propulsion" reflect the industry's shift towards more efficient and environmentally friendly solutions.In conclusion, a glossary of marine engineering is an indispensable tool for anyone involved in the marine industry. It not only aids in understanding complex technical language but also fosters effective communication among professionals. As the marine engineering field continues to grow and adapt to new challenges, the importance of having a well-defined glossary cannot be overstated. By familiarizing oneself with the terms and concepts outlined in a glossary of marine engineering, individuals can enhance their knowledge and contribute more effectively to the industry, ensuring safer and more efficient marine operations.

海洋工程领域是一个专门的工程领域，专注于船只、船舶及其他海洋载具的设计、建造和维护。为了在这一学科内有效沟通，专业人士通常依赖于一份全面的海洋工程术语表。这份术语表作为一个重要资源，提供了行业中常用的技术术语和概念的定义和解释。理解这些术语对工程师、技术人员甚至希望在海洋工程领域工作的学生来说至关重要。一份海洋工程术语表通常包括与海洋技术各个方面相关的术语，例如推进系统、船体设计和导航系统。例如，“螺旋桨”、“压载物”和“船体”等术语是海洋载具的基本组成部分。螺旋桨是推动船只前进的装置，而压载物指的是用于为船只提供稳定性的材料。船体是船只的主体，对其浮力和整体性能起着至关重要的作用。此外，海洋工程术语表还涵盖与安全法规、环境考虑和操作协议相关的术语。“SOLAS”（海上人命安全公约）和“MARPOL”（海洋污染公约）等术语对于确保海洋操作符合国际安全和环境标准至关重要。理解这些法规不仅对法律合规很重要，还有助于在海洋行业内推广可持续实践。除了技术术语，海洋工程术语表还可能包括特定于海洋工程各个分支的行话，如船舶建筑、海洋电气工程和海洋机械工程。每个分支都有自己必须熟悉的术语，以便有效合作。例如，船舶建筑师可能会使用“干舷”和“吃水”等术语来描述水线和上甲板之间的距离，以及水线和船体底部之间的垂直距离。此外，海洋领域技术的快速发展导致了与自动化、绿色技术和数字导航系统等创新相关的新术语的出现。因此，现代的海洋工程术语表必须不断演变，以纳入这些新兴概念。“自主船舶”和“混合推进”等术语反映了行业向更高效和环保解决方案的转变。总之，海洋工程术语表是任何参与海洋行业的人的不可或缺的工具。它不仅有助于理解复杂的技术语言，还促进了专业人士之间的有效沟通。随着海洋工程领域的不断发展和适应新挑战，拥有一份明确的术语表的重要性不言而喻。通过熟悉海洋工程术语表中列出的术语和概念，个人可以增强自己的知识，更有效地为行业做出贡献，确保海洋操作的安全和效率。