The lack of systematic and scientific top-level arrangement in the field of civil aircraft flight test leads to the problems of long duration and high cost.Based on the flight test activity,mathematical models of flig...The lack of systematic and scientific top-level arrangement in the field of civil aircraft flight test leads to the problems of long duration and high cost.Based on the flight test activity,mathematical models of flight test duration and cost are established to set up the framework of flight test process.The top-level arrangement for flight test is optimized by multi-objective algorithm to reduce the duration and cost of flight test.In order to verify the necessity and validity of the mathematical models and the optimization algorithm of top-level arrangement,real flight test data is used to make an example calculation.Results show that the multi-objective optimization results of the top-level flight arrangement are better than the initial arrangement data,which can shorten the duration,reduce the cost,and improve the efficiency of flight test.展开更多
针对传统的民机研制方法中面临的设计需求不完整、难以保证设计与需求一致性、设计方案难以更改等一系列问题,结合美国国防部架构框架(Department of Defense Architecture Framework,DoDAF)的多个视角,提出基于DoDAF的民机基于模型的...针对传统的民机研制方法中面临的设计需求不完整、难以保证设计与需求一致性、设计方案难以更改等一系列问题,结合美国国防部架构框架(Department of Defense Architecture Framework,DoDAF)的多个视角,提出基于DoDAF的民机基于模型的系统工程研制方法。该方法参考DoDAF中不同的视点从多角度对民机研制要求进行分解与细化,生成资源流动模型、活动模型以及系统接口模型等,开发出信息更加立体的飞机能力模型,指导民用飞机的设计,证明了基于DoDAF的民机研制方法能够从多视角的角度完整、全面地分解飞机能力要求,并将其转化为具体的设计要求,从而更好地指导民机研制,提高民机研制效率。展开更多
基金supported by the National Natural Science Foundation of China(62073267,61903305)the Fundamental Research Funds for the Central Universities(HXGJXM202214).
文摘The lack of systematic and scientific top-level arrangement in the field of civil aircraft flight test leads to the problems of long duration and high cost.Based on the flight test activity,mathematical models of flight test duration and cost are established to set up the framework of flight test process.The top-level arrangement for flight test is optimized by multi-objective algorithm to reduce the duration and cost of flight test.In order to verify the necessity and validity of the mathematical models and the optimization algorithm of top-level arrangement,real flight test data is used to make an example calculation.Results show that the multi-objective optimization results of the top-level flight arrangement are better than the initial arrangement data,which can shorten the duration,reduce the cost,and improve the efficiency of flight test.
文摘针对传统的民机研制方法中面临的设计需求不完整、难以保证设计与需求一致性、设计方案难以更改等一系列问题,结合美国国防部架构框架(Department of Defense Architecture Framework,DoDAF)的多个视角,提出基于DoDAF的民机基于模型的系统工程研制方法。该方法参考DoDAF中不同的视点从多角度对民机研制要求进行分解与细化,生成资源流动模型、活动模型以及系统接口模型等,开发出信息更加立体的飞机能力模型,指导民用飞机的设计,证明了基于DoDAF的民机研制方法能够从多视角的角度完整、全面地分解飞机能力要求,并将其转化为具体的设计要求,从而更好地指导民机研制,提高民机研制效率。
