airframe 英[ˈeəfreɪm] 美[ˈerframe]
发音：/ˈɪəfreɪm/ /ˈɛrframe/
意思：飞机结构；机身框架
用法：airframe 指飞机主体结构，包括机翼、机身、尾翼、起落装置等。
记法：air（空气）+frame（框架）→空气在框架里→airframe
separate 英[ˈsepəreɪt] 美[ˈsɛpərət]
发音：/ˈsepərət/
意思：分开的；单独的；不同的；分开的；独立的
用法：separate 指把原来不分离的加以分离，强调彼此之间没有关联。
记法：se-分开，par-部分，-ate 做……
divide 英[dɪˈvaɪd] 美[dɪˈvaɪd]
发音：/dɪˈvaɪd/
意思：分开；划分；分配；除
用法：divide 指把整体分成若干部分或把相同的事物分开。
记法：di-分开，divide-分开成两份→divide
记法可以结合词根词缀一起记，也可以通过联想记忆法记单词。
“Airframe”在物理学中通常指的是飞机的结构，特别是飞机的机身和机翼。它也可以指飞机整体构造所表现出来的物理现象，如阻尼、颤振和气动弹性等。
1. 阻尼：阻尼是指飞行器振动过程中能量损耗的过程。这种过程在飞机的结构中表现为材料阻尼和流体阻尼。
2. 颤振：颤振是飞机结构的一个重要问题。当飞机结构在一定激励（如风切变、发动机振动等）作用下产生自激振动时，就可能发生颤振。这是结构在某种特定条件下的一种失稳现象。
3. 气动弹性：气动弹性是指飞行器在飞行中由于空气动力而产生的弹性变形。这种变形可能影响飞机的稳定性、控制特性等，是一个重要的研究领域。
此外，“airframe”还可能特指游戏中的虚拟角色，如《战机世界》中的“airframe”是指一种特定的飞机设计，包括其物理特性、外观和功能等。
以上内容仅供参考，建议到相关网站查询或询问专业人士，以获取更准确的信息。
Airframe Management: A Key to Success in Aviation Operations
Airframe management is a crucial aspect of aviation operations that has a significant impact on the safety and efficiency of flight operations. It involves managing the various components of an aircraft, including its structure, systems, and equipment, to ensure they are maintained in optimal condition and are suitable for safe flight.
Airframe management requires a comprehensive understanding of aircraft maintenance procedures, regulations, and industry standards. It also requires effective communication and collaboration with other team members, including maintenance technicians, pilots, and air traffic controllers, to ensure the smooth and safe operation of flights.
One of the key responsibilities of airframe management is ensuring that aircraft are properly maintained and inspected according to established schedules and guidelines. This involves regular visual inspections, maintenance checks, and maintenance work that may require specialized equipment and skills. Effective airframe management also includes ensuring that all necessary documentation is completed and submitted in a timely manner to comply with regulatory requirements.
Another key aspect of airframe management is ensuring that aircraft are properly equipped and prepared for flight. This involves ensuring that all necessary equipment, such as navigation systems, communication equipment, and emergency equipment, is functioning properly and is available when needed. It also includes ensuring that the aircraft is clean and tidy, with all debris and excess weight removed to minimize potential flight hazards.
Risk management is another key component of airframe management. It involves assessing potential risks associated with flight operations, such as weather conditions, mechanical issues, and human error, and developing appropriate contingency plans to address them. This ensures that flights can be safely aborted or diverted in the event of an issue, minimizing the impact on flight schedules and passenger safety.
In conclusion, airframe management is a crucial aspect of aviation operations that requires a comprehensive understanding of aircraft maintenance procedures and industry standards. It involves managing the various components of an aircraft to ensure they are maintained in optimal condition and are suitable for safe flight. Effective airframe management requires effective communication and collaboration with other team members to ensure the smooth and safe operation of flights. By managing the airframe effectively, airlines can ensure the safety and efficiency of their operations, while also meeting regulatory requirements and customer expectations.