References
433
9. George Chryssolouris,Dimitris Mavrikios,Dimitris Fragos et al. (2000) A virtual realitybased experimentation environment for the verification of human-related factors in assembly
processes. Robot and Comput Integr Manufact,l6:267~276
10. Antonishek B, Egts DD, Obeysekare U R. Virtual assembly using two-handed interaction
techniques on the virtual workbench[C]. Proceedings of the 1998 ASME Design Technical
Conference and Computers in Engineering Conference, Atlanta, 1998: CIE-5540
11. He S (2013) Large aircraft digital equipment technology and equipment[M]. Aerospace
Industry Press, Beijing
12. Chu G, Zhang H (2007) Technology of lunar probes[M]. China Science and Technology Press,
Beijing
13. Yang B, Tang B, Dai W et al (2006) Research and practice of process reengineering for returning
satellite programs [J]. Journal of Astronautics 6:23–27
14. Sun G, Yi W, Dai W et al (2008) Analysis and consideration of optimization of spacecraft
assembly process flow[J]. Spacecraft Environ Eng 25(4):381–383
15. Yi W, Ma Q, Li M et al (2010) Research on CAPP, MES and AVIDM integration technology
based on product data structure[J]. Spacecraft Environ Eng 27(5):640–642
16. Feng W, Zhang Y, Yi W, et al. (2014) Spacecraft assembly process design for lunar exploration
phase II based on virtual simulation technology[J]. Spacecraft Environ Eng 31(3):326–331
17. Feng W, Li X, Yi W et al (2014) Design and implementation of lunar probe tightening field
test pose adjustment scheme[J]. Aerospace Manufact Technol 5:43–48
433
9. George Chryssolouris,Dimitris Mavrikios,Dimitris Fragos et al. (2000) A virtual realitybased experimentation environment for the verification of human-related factors in assembly
processes. Robot and Comput Integr Manufact,l6:267~276
10. Antonishek B, Egts DD, Obeysekare U R. Virtual assembly using two-handed interaction
techniques on the virtual workbench[C]. Proceedings of the 1998 ASME Design Technical
Conference and Computers in Engineering Conference, Atlanta, 1998: CIE-5540
11. He S (2013) Large aircraft digital equipment technology and equipment[M]. Aerospace
Industry Press, Beijing
12. Chu G, Zhang H (2007) Technology of lunar probes[M]. China Science and Technology Press,
Beijing
13. Yang B, Tang B, Dai W et al (2006) Research and practice of process reengineering for returning
satellite programs [J]. Journal of Astronautics 6:23–27
14. Sun G, Yi W, Dai W et al (2008) Analysis and consideration of optimization of spacecraft
assembly process flow[J]. Spacecraft Environ Eng 25(4):381–383
15. Yi W, Ma Q, Li M et al (2010) Research on CAPP, MES and AVIDM integration technology
based on product data structure[J]. Spacecraft Environ Eng 27(5):640–642
16. Feng W, Zhang Y, Yi W, et al. (2014) Spacecraft assembly process design for lunar exploration
phase II based on virtual simulation technology[J]. Spacecraft Environ Eng 31(3):326–331
17. Feng W, Li X, Yi W et al (2014) Design and implementation of lunar probe tightening field
test pose adjustment scheme[J]. Aerospace Manufact Technol 5:43–48