construction of lock chamber

简明释义

闸室构造

英英释义

例句

1.Engineers discussed the challenges involved in the construction of lock chamber during the project meeting.

工程师们在项目会议上讨论了船闸室的建设中遇到的挑战。

2.Local residents were concerned about the environmental impact of the construction of lock chamber on nearby wildlife.

当地居民对船闸室的建设对附近野生动物的环境影响表示担忧。

3.The construction of lock chamber was completed ahead of schedule, allowing for increased shipping traffic.

由于提前完成了船闸室的建设，这使得航运交通增加。

4.The project manager provided an update on the progress of the construction of lock chamber at the quarterly meeting.

项目经理在季度会议上更新了船闸室的建设进展情况。

5.The city council approved the funding for the construction of lock chamber to improve waterway navigation.

市议会批准了用于改善水道导航的船闸室的建设资金。

作文

The construction of lock chamber is a crucial aspect of modern engineering, particularly in the field of waterway management. A lock chamber is a structure that allows ships to navigate through different water levels, making it an essential component of canals and rivers. The process of building a lock chamber involves careful planning, design, and execution, ensuring that it can withstand the forces of water and accommodate various vessel sizes. One of the primary purposes of the construction of lock chamber is to facilitate the movement of boats and ships between sections of waterways that are at different elevations. This is especially important in regions where natural topography creates barriers to navigation. By creating a controlled environment, a lock chamber enables vessels to be raised or lowered safely, thereby enhancing the efficiency of maritime transport.The construction process begins with site selection, where engineers assess the geographical and hydrological conditions. Factors such as soil stability, water flow rates, and environmental impact are taken into consideration. Once the site is deemed suitable, detailed designs are created, outlining the dimensions, materials, and structural elements required for the lock chamber.The actual construction of lock chamber involves several stages, including excavation, foundation laying, and the assembly of walls and gates. Reinforced concrete is commonly used due to its durability and strength, which are necessary for withstanding the immense pressure exerted by water. Additionally, the lock gates, which control the water flow in and out of the chamber, must be designed to be both functional and robust.During the construction phase, engineers must also consider maintenance access and safety features. Regular inspections and potential repairs are vital for ensuring the long-term functionality of the lock chamber. Moreover, the design should incorporate safety measures for both vessels and personnel working in the vicinity.After the physical structure is completed, testing is conducted to ensure that the lock chamber operates as intended. This includes filling the chamber with water, checking the functionality of the gates, and ensuring that vessels can transit smoothly. Once all tests are successfully passed, the lock chamber is officially opened for use.The significance of the construction of lock chamber extends beyond mere functionality; it also plays a vital role in economic development. Efficient waterway systems reduce transportation costs and times, promoting trade and commerce. Furthermore, well-constructed lock chambers can enhance tourism, as they often become points of interest for visitors eager to learn about engineering marvels.In conclusion, the construction of lock chamber is an intricate process that combines engineering expertise with practical considerations. It not only improves navigation but also contributes to economic growth and environmental management. As we continue to develop our infrastructure, understanding the importance of such constructions will enable us to create more efficient and sustainable waterways for future generations.

船闸舱的建造是现代工程中的一个关键方面，特别是在水路管理领域。船闸舱是一种结构，允许船只在不同水位之间航行，使其成为运河和河流的重要组成部分。建造船闸舱的过程涉及仔细的规划、设计和执行，以确保它能够承受水的力量并容纳各种船只的尺寸。船闸舱的建造的主要目的是促进船只在不同海拔的水道之间的移动。这在自然地形造成航行障碍的地区尤为重要。通过创建一个受控环境，船闸舱使船只能够安全地升降，从而提高海运运输的效率。建造过程始于选址，工程师评估地理和水文条件。土壤稳定性、水流速率和环境影响等因素都需要考虑。一旦选定地点适合，就会创建详细的设计，概述船闸舱所需的尺寸、材料和结构元素。实际的船闸舱的建造涉及几个阶段，包括挖掘、基础建设和墙体及闸门的组装。由于其耐久性和强度，钢筋混凝土通常被使用，这对于承受水的巨大压力是必要的。此外，控制水流进出舱室的闸门必须设计得既功能性强又坚固。在建造阶段，工程师还必须考虑维护通道和安全特性。定期检查和潜在的维修对确保船闸舱的长期功能至关重要。此外，设计应包含针对船只和在附近工作的人员的安全措施。在物理结构完成后，会进行测试以确保船闸舱按预期运行。这包括将舱室注满水、检查闸门的功能，并确保船只可以顺利通过。一旦所有测试均成功通过，船闸舱便正式开放供使用。船闸舱的建造的重要性不仅限于功能性；它还在经济发展中发挥着重要作用。高效的水道系统降低了运输成本和时间，促进了贸易和商业。此外，建造良好的船闸舱可以增强旅游业，因为它们往往成为游客渴望了解工程奇迹的兴趣点。总之，船闸舱的建造是一个复杂的过程，结合了工程专业知识和实际考虑。它不仅改善了航行，还对经济增长和环境管理做出了贡献。随着我们继续开发基础设施，理解这些建筑的重要性将使我们能够为未来几代人创造更高效、更可持续的水道。