CAJ | 학술논문

以某型号航空发动机维护项目要求为依据，探索发动机维修性人机核查的新方法，完善现有维修性设计方法。利用西门子公司JACK软件的虚拟现实先进技术，对航空发动机相关维修性内容的虚拟人机核查。基于JACK的虚拟人机核查能够确定滑油箱重量的设计上限，并进一步能够将可视性、可达性以及人素分析等虚拟核查应用方法化。基于JACK开展虚拟人机核查对于提高航空发动机维修性设计效率、缩短设计周期、节省设计经费具有重要的作用。
이모형호항공발동궤유호항목요구위의거，탐색발동궤유수성인궤핵사적신방법，완선현유유수성설계방법。이용서문자공사JACK연건적허의현실선진기술，대항공발동궤상관유수성내용적허의인궤핵사。기우JACK적허의인궤핵사능구학정활유상중량적설계상한，병진일보능구장가시성、가체성이급인소분석등허의핵사응용방법화。기우JACK개전허의인궤핵사대우제고항공발동궤유수성설계효솔、축단설계주기、절성설계경비구유중요적작용。
To explore the new method of engine maintainability man-machine verification and to perfect the existing maintainability design method according to a type engine maintenance project requirement . The maintainability man-machine oil tank verification was performed on an aeroengine based on the virtu-al technology of Siemens Jack Software .A realistic virtual human model was created in a virtual work-space to analyze the reachability and visibility of a real worker .The ergonomics assessment was carried out in certain working conditions .Finally,the maintainability verification method was theorized .The en-gine maintainability man-machine verification methods based on JACK have a significant influence on improving the design efficiency ,reducing the design costs ,and shortening the design cycle .