含缺陷钢管强度有限元分析

采用大型通用分析软件MSC／NASTRAN，对含有不同缺陷尺寸的钢管，进行三维非线性有限元强度分析。并给出了缺陷的深度、轴向尺寸、环向尺寸对钢管强度影响的计算分析结果。     

波音尾段胶接夹具制造技术研究

本文主要阐述了波音尾段胶接夹具的结构特点，大型双曲面结构零件的制造难点，测量检测方法及高精度型面的工艺加工方法。     

民用运输类飞机单发停车爬升试飞技术及研究

首先介绍了中国民用航空条例（CCAR－25）单发停车爬升的相关条款，并对民用运输类飞机瑾合格审定执行该条款时可能遇到的问题进行了说明，随后着重分析了单发失效时飞机的动态特性。在此基础上，针对瑾合格审定及航线飞行的不同特点，对单发停车爬升时飞行员所采取的操作要求提出了建议。对民用运输类飞机瑾合格取证及航线飞行具有直接的参考意义。     

对激光近炸引信的干扰技术研究

激光近炸引信对抗技术主要采用高重频激光有源干扰技术，由激光干扰机对来袭导弹发射超高重频激光干扰脉冲，使激光干扰信号在远距离上提前进入激光近炸引信的接收视场，以压制真正的目标回波信号，形成有效的距离欺骗，使激光近炸引信的信号鉴别与选通系统产生误判，而提前输出起爆信号，引起导弹的早炸，达到保卫被攻击目标的目的。还可采用激光无源干扰技术和强激光致盲干扰技术，或阻断激光近炸引信的光路传输，或形成空中假目标，或将激光近炸引信的光电探测器致盲。     

可靠性加速试验技术与传统可靠性试验技术的对比分析

阐述了可靠性加速试验的内涵 ,并从试验机理、方法、所用数学模型和假设、环境条件以及试验结果等方面对可靠性加速试验技术和传统可靠性试验技术进行了详细的对比分析。     

科研生产交叉条件下如何做好技术状态管理工作

论述了科研与生产交叉并行成因和现状,分析了科研生产交叉条件下技术状态管理存在的难点,针对性地出了解决问题的对策建议,确保降低科研生产交叉带来的质量风险,高武器装备科研、生产水平。     

驾驶舱机组人员自动化系统项目综述

随着自动化技术的广泛发展和应用,驾驶舱实现无人化将成为未来发展的趋势。但现阶段自主技术 的发展和安全性水平使得军用直升机的驾驶飞行仍需飞行员的参与控制。而且,受飞行员生理极限等因素的限 制,有人直升机在作战时间、出动架次等方面存在很多局限。为此,美国国防部及工业界积极开发自主技术。 “驾驶舱机组人员自动化系统（ALIAS）”项目就是其中之一。该项目将自主技术用于现役的有人驾驶飞机, 降低机组人员的工作负荷和提高安全性,同时减少执行任务的机组人员的数量。该项目经飞行演示验证在一定 程度上缓解了飞行员的工作强度。     

Fault self-repair strategy based on evolvable hardware and reparation balance technology

In the face of harsh natural environment applications such as earth-orbiting and deep space satellites, underwater sea vehicles, strong electromagnetic interference and temperature stress,the circuits faults appear easily. Circuit faults will inevitably lead to serious losses of availability or impeded mission success without self-repair over the mission duration. Traditional fault-repair methods based on redundant fault-tolerant technique are straightforward to implement, yet their area, power and weight cost can be excessive. Moreover they utilize all plug-in or component level circuits to realize redundant backup, such that their applicability is limited. Hence, a novel selfrepair technology based on evolvable hardware（EHW） and reparation balance technology（RBT） is proposed. Its cost is low, and fault self-repair of various circuits and devices can be realized through dynamic configuration. Making full use of the fault signals, correcting circuit can be found through EHW technique to realize the balance and compensation of the fault output-signals. In this paper, the self-repair model was analyzed which based on EHW and RBT technique, the specific self-repair strategy was studied, the corresponding self-repair circuit fault system was designed, and the typical faults were simulated and analyzed which combined with the actual electronic devices. Simulation results demonstrated that the proposed fault self-repair strategy was feasible. Compared to traditional techniques, fault self-repair based on EHW consumes fewer hardware resources, and the scope of fault self-repair was expanded significantly.