violent manoeuvring condition

简明释义

紧急机动工况

英英释义

例句

1.Military exercises often simulate violent manoeuvring conditions 剧烈操控条件 to prepare soldiers for real combat situations.

军事演习通常模拟剧烈操控条件 剧烈操控条件，以准备士兵应对真实战斗情况。

2.In a violent manoeuvring condition 剧烈操控条件, the ship's crew had to work quickly to stabilize the vessel.

在剧烈操控条件 剧烈操控条件下，船员们必须迅速工作以稳定船只。

3.The pilot had to navigate through a violent manoeuvring condition 剧烈操控条件 during the storm, making adjustments every few seconds.

飞行员在暴风雨中不得不在剧烈操控条件 剧烈操控条件下进行导航，每几秒钟就要进行调整。

4.The race car driver experienced a violent manoeuvring condition 剧烈操控条件 on the track after hitting a patch of oil.

赛车手在赛道上经历了一个剧烈操控条件 剧烈操控条件，因为他撞上了一片油污。

5.During the test flight, the aircraft encountered violent manoeuvring conditions 剧烈操控条件 that tested the limits of its design.

在测试飞行中，飞机遇到了剧烈操控条件 剧烈操控条件，这考验了其设计的极限。

作文

In the realm of aviation and maritime operations, understanding various conditions is crucial for ensuring safety and efficiency. One such condition that poses significant challenges is known as violent manoeuvring condition. This term refers to situations where an aircraft or vessel is subjected to abrupt and extreme changes in direction or speed, often resulting in heightened stress on both the vehicle and its occupants. These conditions can arise due to several factors, including severe weather, mechanical failures, or even tactical maneuvers during military operations.The implications of operating under a violent manoeuvring condition are profound. For pilots, these conditions can lead to loss of control if not managed properly. The rapid shifts in velocity and orientation can affect the aircraft's stability, making it difficult to maintain a steady flight path. Similarly, for ships, navigating through turbulent waters with sudden turns can result in capsizing or cargo shift, posing risks to both the vessel and crew.Moreover, the human factor plays a significant role in how well individuals can respond to violent manoeuvring conditions. Crew members must be trained to handle such scenarios effectively, employing techniques that minimize risk and maximize safety. This includes understanding the limits of their craft and knowing when to execute evasive maneuvers versus when to stabilize and regain control.In military contexts, violent manoeuvring conditions are often a part of combat strategies. Forces may need to engage in rapid movements to evade enemy fire or reposition themselves advantageously. However, these actions come with inherent risks, as the chaos of warfare can exacerbate the dangers associated with abrupt maneuvers. Training exercises often simulate these conditions to prepare personnel for real-world applications, emphasizing the importance of teamwork and communication.On a broader scale, the study of violent manoeuvring conditions has implications for engineering and design. Aircraft and vessels must be built to withstand the stresses associated with such maneuvers. Innovations in materials and technology are continually being developed to enhance durability and performance under extreme conditions. This ongoing research is vital not only for improving safety but also for advancing the capabilities of modern transportation.In conclusion, the concept of violent manoeuvring condition encompasses a range of challenges faced by operators in both aviation and maritime fields. Understanding these conditions is essential for ensuring safety and operational effectiveness. As technology advances and our understanding of these dynamics deepens, the ability to navigate violent manoeuvring conditions will continue to evolve, ultimately leading to safer and more efficient transportation methods across the globe.

在航空和海洋操作的领域中，理解各种条件对于确保安全和效率至关重要。其中一种带来重大挑战的情况被称为剧烈机动条件。这个术语指的是飞机或船只在方向或速度上经历突然且极端的变化，这通常会导致对车辆及其乘员的压力加大。这些条件可能由于多种因素引起，包括恶劣天气、机械故障，甚至是在军事行动中的战术机动。在剧烈机动条件下操作的影响是深远的。对于飞行员来说，如果处理不当，这些条件可能导致失去控制。速度和方向的快速变化可能会影响飞机的稳定性，使得保持平稳飞行路径变得困难。同样，对于船只来说，在湍急水域中进行突然转向可能导致倾覆或货物移位，给船只和船员带来风险。此外，人为因素在个人如何应对剧烈机动条件中起着重要作用。船员必须接受培训，以有效处理这些场景，采用减少风险和最大化安全的技术。这包括理解他们的工具的极限，以及知道何时执行规避机动与何时稳定并恢复控制。在军事背景下，剧烈机动条件往往是作战策略的一部分。部队可能需要进行快速移动以躲避敌火或重新定位自己以获得有利地形。然而，这些行动伴随着固有的风险，因为战争的混乱可能加剧与突发机动相关的危险。训练演习通常模拟这些条件，以准备人员应对现实应用，强调团队合作和沟通的重要性。从更广泛的角度来看，对剧烈机动条件的研究对工程和设计有重要意义。飞机和船只必须建造得能够承受与此类机动相关的压力。材料和技术的创新正在不断发展，以增强在极端条件下的耐久性和性能。这项持续的研究不仅对提高安全性至关重要，而且对现代运输能力的提升也至关重要。总之，剧烈机动条件的概念涵盖了航空和海洋领域操作人员面临的一系列挑战。理解这些条件对于确保安全和操作有效性至关重要。随着技术的进步和我们对这些动态的理解加深，导航剧烈机动条件的能力将继续发展，最终导致全球范围内更安全、更高效的运输方式。