浅析俄罗斯战斗机CY—37“金雕”前掠翼三翼面气动布局的先进性

本文追溯了前掠翼的飞机的渊源。指出常规二翼面的后掠翼，变后翼和近矩耦合鸭式气动布局存在着妨碍机动进一步提高的缺点。     

手工计划模拟CDA燃油的节省

飞机在飞行中,普遍采用的阶梯下降程序,这需要航空器频繁改变推力、增加下降角度和调整高度,这样加大了飞行员和管制员的工作压力,同时对最后阶段飞行的油量也有增加。通过对连续下降进近（CDA）的现状进行分析,给出连续下降进近相对传统进近方式的优势,并结合航空公司手工飞行计划制作的方法及原理对连续下降进近在最后阶段飞行时间和燃油方面的节约进行验证。     

高逼真度燃油重心控制仿真平台开发

针对现有燃油重心控制仿真手段存在的不足,提出了基于Flowmaster、CATIA与VB交联仿真的燃油重心控制仿真技术方案,重点论述了该技术方案中涉及的燃油质量特性数据库建立和燃油系统交联仿真,在此基础上搭建了燃油重心控制仿真平台。以某型飞机为例,进行了燃油重心控制仿真分析,验证了平台的可行性和有效性。     

波音737—200／300／500飞机尾部结构疲劳裂纹的探伤检查

波音系列飞机一定时间后，飞机尾部结构出现疲劳裂纹，需用涡轮检测法进行损伤检查。     

Challenges of future aircraft propulsion: A review of distributed propulsion technology and its potential application for the all electric commercial aircraft

This paper highlights the role of distributed propulsion technology for future commercial aircraft. After an initial historical perspective on the conceptual aspects of distributed propulsion technology and a glimpse at numerous aircraft that have taken distributed propulsion technology to flight, the focal point of the review is shifted towards a potential role this technology may entail for future commercial aircraft. Technological limitations and challenges of this specific technology are also considered in combination with an all electric aircraft concept, as means of predicting the challenges associated with the design process of a next generation commercial aircraft.     

关于我国飞机租赁立法的构想

阐述了我国租赁立法及我国飞机租赁立法的现状、从理论上论述我国建立"以民航法八条为主，辅之以专门行政法规"的飞机租赁法律体制的立法构想。同时，对我国飞机租赁立法中所面J］占的问题，提出自己的看法和建议。     

Review on signal-by-wire and power-by-wire actuation for more electric aircraft

The huge and rapid progress in electric drives offers new opportunities to improve the performances of aircraft at all levels:fuel burn,environmental footprint,safety,integration and production,serviceability,and maintainability.Actuation for safety-critical applications like flight-controls,landing gears,and even engines is one of the major consumers of non-propulsive power.Conventional actuation with centralized hydraulic power generation and distribution and control of power by throttling has been well established for decades,but offers a limited potential of evolution.In this context,electric drives become more and more attractive to remove the natural drawbacks of conventional actuation and to offer new opportunities for improving performance.This paper takes the stock,at both the signal and power levels,of the evolution of actuation for safety-critical applications in aerospace.It focuses on the recent advances and the remaining chal lenges to be taken toward full electrical actuation for commercial and military aircraft,helicopters,and launchers.It logically starts by emphasizing the specificity of safety-critical actuation for aero space.The following section addresses in details the evolution of aerospace actuation from mechanically-signaled and hydraulically-supplied to all electric,with special emphasis on research and development programs and on solutions entered into service.Finally,the last section reviews the challenges to be taken to generalize the use of all-electric actuators for future aircraft programs.     

B型手推式高压油泵车的改进改型

介绍了用于为飞机液压系统提供液压动力的手推式高压油泵车在体积、重量、功率、噪声等方面的改进,以及新增自循环清洗及联机系统清洗、离线和在线污染度检测等功能,满足了使用要求.     

面向飞机维修过程的数字支援系统研究

在研究欧盟的民用飞机维修方式研究计划(TATEM)的基础上,分析飞机维修过程的主要因素并建立了飞机维修过程的数学模型。通过模糊数学知识实现对数字支援系统拟采用的技术手段对飞机维修工程促进作用的评价,详细设计了数字支援系统的主要功能模块,并用于指导系统软件的开发。面向飞机维修过程的数字支援系统的研究与开发对于其他复杂设备的维修过程数字化建设有着重要的借鉴意义。     

碳氢燃料的热稳定性研究：沉积的导热系数试验测定

用保持壁温为常值条件下的装置测定有燃油流动下沉积的导热系数数据。用专门试验段形成沉积及金属板夹层复合结构来测定没有燃油流动下沉积的导热系数值。与文献上结果比较数据的分散性大大改善。本文所用的方法以及结果都较Tevelde和Glickstein的方法及结果为合理。本文所做的试验数据已为工业界所应用。