MengjunWZhensenZ.Analysis on the formation mechanism and operation mechanism of major construction engineering technology innovation network. Strategic Study CAE2011;
13: 62–66.
2.
MengjunWHuiLZhensenZ, et al.
Analysis of synergetic elements and coordination mechanism of major construction engineering technology innovation network. Strategic Study CAE2012;
14: 106–112.
3.
JianchangLXiuSYangY.Research on collaborative innovation model for major national defense science and technology projects. Sci Technol Prog Policy2015;
32: 119–122.
4.
LeiZJinZChengC, et al.
Research on key influencing factors of cooperative innovation in major construction engineering technology and management. Sci Technol Prog Policy2016;
33: 7–11.
5.
ZhensenZMengjunW.Research on the mechanism of technological innovation network of major construction engineering. Sci Technol Prog Policy2012;
29: 30–34.
6.
YongfuSGuoanZMengjunW.Study on the dynamic mechanism of technological innovation in railway engineering projects. J China Railway Soc2012;
34: 76–81.
7.
ZhenZ.The institutional basis of open innovation efficiency improvement: relationship governance or contract governance. Sci Technol Prog Policy2016;
33: 101–107.
8.
CaoZLumineauF.Revisiting the interplay between contractual and relational governance: a qualitative and meta-analytic investigation. J Oper Manag2015;
33–34: 15–42.
9.
BeizaJ.Teaching senior undergraduate students for state estimation module implementation on power application software. Int J Electr Eng Educ2019;
56: 124–139.
10.
NaqviSRAkramTHaiderSA, et al.
Learning outcomes and assessment methodology: case study of an undergraduate engineering project. Int J Electr Eng Educ2019;
56: 140–162.
11.
JiasenRKangXJinghuaX.How to realize the balance between contract governance and relationship governance in information technology, based on the case of D company supply chain governance. Chin J Manag2015;
12: 458–468.
XueXZhangXWangL, et al.
Analyzing collaborative relationships among industrialized construction technology innovation organizations: a combined SNA and SEM approach. J Cleaner Prod2018;
173: 265–277.
HuiLMiroslawJ, SMengjunW.Identification and hierarchical structure of critical success factors for innovation in construction projects: Chinese perspective. J Civil Eng Manag2016;
22: 401–416.
17.
MengjunWTaoWJunweiZ, et al.
Influencing factors and mechanism of railway engineering technology innovation. J China Railway Soc2016;
38: 141–148.
18.
YangYGuangmingH.Research on the organization mode of collaborative innovation alliance of national defense science and technology major projects. Sci Technol Prog Policy2014;
31: 12–15.
19.
HuiLMengjun W and Miroslaw J, S., et al.
Identification of critical success factors for construction innovation: from the perspective of strategic cooperation. Front Eng2014;
1: 202–209.
20.
ZhensenZMengjunWYangL.Research on technology innovation mode and operation management mechanism for railway engineering projects. Modernization Manag2013;
2: 28–30.
21.
HongtaoX.The impact of project governance on the technological innovation performance of major construction projects – considering the adjustment effect of project innovation and complexity. Technol Econ2013;
32: 29–33.
22.
SkibniewskiMJZavadskasEK.Technology development in construction: a continuum from distant past into the future. J Civil Eng Manag2013;
19: 136–147.
23.
OzorhanB.Analysis of construction innovation process at project level. J Manag Eng2013;
29: 455–463.
24.
ZhensenZMengjunWHuiL.
Technological innovation networks for major construction projects, characteristics, structure, elements, and mechanism. J Adv Inform Sci Serv Sci2012;
22: 397–405.
25.
HongtaoXMengjunW.Research on the mechanism of obstacles in technological innovation organization of major engineering projects. Forum Sci Technol China2010;
6: 25–30, 36.
26.
WeiTongCTung-TsanC.Critical success factors for construction partnering in Taiwan. Int J Project Manag2007;
25: 475–484.
27.
DavidWChinHOFrancisL.Determinants of firm innovation in Singapore. Technovation2005;
25: 261–268.
28.
ChanAPCChanDWMChiangYH, et al.
Exploring critical success factors for partnering in construction projects. J Constr Eng Manage2004;
130: 188–198.
29.
BossinkB.Managing drivers of innovation in construction networks. J Constr Eng Manage2004;
130: 337–345.
30.
ChengEWLHengLLovePED.Establishment of critical success factors for construction partnering. J Manage Eng2000;
16: 84–92.
31.
GuibingGTaoRWenhuiY.A comprehensive evaluation method for security of manufacturing systems based on complex networks. Comput Integr Manuf Syst2018;
24: 2288–2296.
