main engine fault emergency manoeuver

简明释义

主机突发故障应急操纵

英英释义

例句

1.The simulator training included scenarios where pilots had to react quickly with a main engine fault emergency manoeuver 主发动机故障紧急机动.

模拟器培训中包括了一些场景，飞行员必须迅速反应并执行主发动机故障紧急机动 主发动机故障紧急机动。

2.After detecting a malfunction, the captain initiated a main engine fault emergency manoeuver 主发动机故障紧急机动 to safely land the aircraft.

在发现故障后，机长启动了一个主发动机故障紧急机动 主发动机故障紧急机动以安全降落飞机。

3.During the flight, the pilot had to execute a main engine fault emergency manoeuver 主发动机故障紧急机动 to maintain control of the aircraft.

在飞行过程中，飞行员不得不执行一个主发动机故障紧急机动 主发动机故障紧急机动以保持飞机的控制。

4.The crew was trained to perform a main engine fault emergency manoeuver 主发动机故障紧急机动 if any issues arose during takeoff.

机组人员接受过培训，以便在起飞过程中出现任何问题时执行主发动机故障紧急机动 主发动机故障紧急机动。

5.In case of a main engine fault emergency manoeuver 主发动机故障紧急机动, communication with air traffic control is crucial.

在发生主发动机故障紧急机动 主发动机故障紧急机动时，与空中交通管制的沟通至关重要。

作文

In the world of aviation and maritime operations, safety is of paramount importance. One critical aspect of ensuring safety is the ability to respond effectively to emergencies. Among the various emergency procedures, the main engine fault emergency manoeuver stands out as a vital skill for pilots and ship captains alike. This procedure is designed to address situations where the primary engine fails or experiences significant issues during operation, which can lead to catastrophic consequences if not managed properly.When an aircraft or a vessel encounters a main engine fault, the crew must act swiftly and decisively. The main engine fault emergency manoeuver involves a series of steps that are meticulously planned and practiced through simulations and training exercises. The first step is to assess the situation and determine the extent of the engine failure. This assessment is crucial because it helps the crew decide whether they can continue to operate safely or if they need to initiate an emergency landing or return to port.Once the crew has evaluated the situation, they will execute the main engine fault emergency manoeuver. This may involve switching to auxiliary systems, rerouting power, or altering the flight path or course to maintain control of the aircraft or vessel. For pilots, this could mean adjusting altitude and speed to stabilize the aircraft, while for ship captains, it might require changing the ship's heading to prevent capsizing or drifting into dangerous waters.Training for such emergencies is rigorous. Aviation and maritime institutions emphasize the importance of simulation training, where crews practice the main engine fault emergency manoeuver in controlled environments. These simulations help build muscle memory and ensure that all crew members know their roles and responsibilities during an actual emergency. The goal is to minimize panic and confusion, allowing for a calm and effective response.Moreover, understanding the mechanics behind engine failures is essential for executing the main engine fault emergency manoeuver successfully. Crew members must be familiar with the potential causes of engine faults, such as mechanical failure, fuel issues, or external factors like weather conditions. This knowledge enables them to troubleshoot problems quickly and apply the appropriate emergency measures.In conclusion, the main engine fault emergency manoeuver is a critical emergency procedure that ensures the safety of passengers and crew in the event of an engine failure. Through rigorous training, simulation exercises, and a thorough understanding of engine mechanics, aviation and maritime professionals are equipped to handle such emergencies effectively. The ability to perform this manoeuvre can mean the difference between a successful recovery from an engine fault and a tragic accident, underscoring the importance of preparedness in high-stakes environments.

在航空和海事操作的世界中，安全至关重要。确保安全的一个关键方面是能够有效应对紧急情况。在各种应急程序中，主发动机故障紧急机动作为飞行员和船长的基本技能脱颖而出。该程序旨在应对在操作过程中主要发动机故障或出现重大问题的情况，如果处理不当，可能会导致灾难性的后果。当飞机或船只遇到主发动机故障时，机组人员必须迅速果断地采取行动。主发动机故障紧急机动涉及一系列经过精心计划和实践的步骤，通过模拟和训练演习进行训练。第一步是评估情况并确定发动机故障的程度。这种评估至关重要，因为它帮助机组决定是否可以安全继续操作，或者是否需要启动紧急着陆或返回港口。一旦机组评估了情况，他们将执行主发动机故障紧急机动。这可能涉及切换到辅助系统、重新路由电源或改变飞行路径或航线以保持对飞机或船只的控制。对于飞行员而言，这可能意味着调整高度和速度以稳定飞机，而对于船长来说，这可能需要改变船只的航向，以防止倾覆或漂流到危险水域。针对这种紧急情况的培训非常严格。航空和海事机构强调模拟训练的重要性，在这些训练中，机组人员在受控环境中练习主发动机故障紧急机动。这些模拟训练有助于建立肌肉记忆，确保所有机组成员在实际紧急情况下了解各自的角色和责任。目标是尽量减少恐慌和困惑，从而允许冷静有效的反应。此外，了解发动机故障背后的机制对于成功执行主发动机故障紧急机动至关重要。机组人员必须熟悉发动机故障的潜在原因，例如机械故障、燃料问题或天气条件等外部因素。这种知识使他们能够迅速排除故障，并采取适当的应急措施。总之，主发动机故障紧急机动是一项关键的应急程序，确保在发动机故障事件中乘客和机组人员的安全。通过严格的训练、模拟演习和对发动机机械的全面理解，航空和海事专业人员能够有效应对此类紧急情况。执行这一机动的能力可能意味着从发动机故障中成功恢复与悲惨事故之间的区别，这突显了在高风险环境中做好准备的重要性。