main engine maneuvering stand

简明释义

主机操纵台

英英释义

例句

1.The main engine maneuvering stand provides critical feedback on engine performance during operations.

主发动机操纵台在操作过程中提供有关发动机性能的关键反馈。

2.Before departure, engineers conducted a systems check at the main engine maneuvering stand.

在出发之前，工程师在主发动机操纵台进行了系统检查。

3.The captain gave orders from the main engine maneuvering stand to navigate through the narrow channel.

船长从主发动机操纵台发出命令，以便通过狭窄的航道。

4.During the drill, the crew practiced emergency procedures using the main engine maneuvering stand.

在演习期间，船员们使用主发动机操纵台练习紧急程序。

5.The technician adjusted the controls at the main engine maneuvering stand to optimize the ship's speed.

技术人员在主发动机操纵台上调整控制，以优化船只的速度。

作文

In the world of aerospace engineering, the term main engine maneuvering stand refers to a critical component used during the testing and operation of rocket engines. This specialized platform provides engineers with the necessary tools and environment to safely control and monitor the engine's performance while it undergoes various maneuvers. The main engine maneuvering stand is designed to withstand the extreme forces generated by the engine during these tests, ensuring both safety and accuracy in data collection.When an engine is mounted on a main engine maneuvering stand, it can be subjected to different operational scenarios that simulate actual flight conditions. Engineers can adjust thrust levels, change angles, and even replicate potential failure modes. This is crucial for understanding how an engine will perform under real-world conditions, which can significantly impact mission success and aircraft safety.The design of a main engine maneuvering stand incorporates various safety features, such as containment structures and remote operation capabilities. These elements are essential because rocket engines can produce significant vibrations and heat, creating hazardous situations if not properly managed. By using a main engine maneuvering stand, engineers can minimize risks while maximizing the amount of data collected during each test.Moreover, the use of a main engine maneuvering stand is not limited to just testing new engines. It is also vital for the maintenance and refurbishment of existing engines. Regular testing on a main engine maneuvering stand allows engineers to identify wear and tear, ensuring that engines remain in optimal condition throughout their operational life.In addition to safety and maintenance, the main engine maneuvering stand plays a significant role in the innovation of new technologies. As the aerospace industry continues to evolve, engineers are constantly looking for ways to improve engine efficiency and reduce environmental impact. The data gathered from tests conducted on a main engine maneuvering stand can lead to breakthroughs in engine design and fuel technology.In conclusion, the main engine maneuvering stand is an indispensable tool in aerospace engineering. It serves multiple purposes, from ensuring safety during engine tests to facilitating innovations that push the boundaries of what is possible in flight. Understanding the importance of this equipment helps to appreciate the complexities involved in developing and maintaining the powerful engines that propel our aircraft and spacecraft into the skies. Without the main engine maneuvering stand, the advancements we have made in aerospace technology would not be possible, highlighting its significance in the field.

在航空航天工程领域，术语主发动机操纵台指的是在火箭发动机测试和操作过程中使用的关键组件。这个专用平台为工程师提供了必要的工具和环境，以安全地控制和监测发动机在各种操控下的性能。主发动机操纵台的设计能够承受发动机在这些测试过程中产生的极端力量，确保安全性和数据采集的准确性。当发动机安装在主发动机操纵台上时，可以对其进行不同的操作场景模拟，模拟实际飞行条件。工程师可以调整推力水平、改变角度，甚至复制潜在的故障模式。这对于理解发动机在真实世界条件下的表现至关重要，这可能会显著影响任务成功和飞机安全。主发动机操纵台的设计结合了各种安全特性，例如围护结构和远程操作能力。这些元素是必不可少的，因为火箭发动机可以产生显著的振动和热量，如果没有妥善管理，会造成危险情况。通过使用主发动机操纵台，工程师可以在最大限度减少风险的同时，最大化每次测试中收集的数据量。此外，主发动机操纵台的使用不仅限于测试新发动机。它对现有发动机的维护和翻新也至关重要。定期在主发动机操纵台上进行测试使工程师能够识别磨损，确保发动机在其操作生命周期内保持最佳状态。除了安全和维护，主发动机操纵台在新技术创新方面也发挥着重要作用。随着航空航天行业的不断发展，工程师们始终在寻找提高发动机效率和减少环境影响的方法。在主发动机操纵台上进行的测试所收集的数据可以导致发动机设计和燃料技术的突破。总之，主发动机操纵台是航空航天工程中不可或缺的工具。它服务于多个目的，从确保发动机测试期间的安全到促进推动飞行可能性的创新。理解这一设备的重要性有助于欣赏开发和维护推动我们飞机和航天器飞向天空的强大发动机所涉及的复杂性。如果没有主发动机操纵台，我们在航空航天技术方面取得的进展将不可能，这突显了它在该领域的重要性。