2. Zhao Jun, Yuan Xiaolin and Zhou Yaohui. Preparation and characterization of Al2O3/WC/TiC micro-nano composite ceramic tool materials. Materials science and engineering a, 20 10/0,527 (7-8):1844-1849 (sci, EI)
3. Zhao Jun, Yuan Xiaolin, Zhou Yaohui. Cutting performance and failure mechanism of Al2O3/WC/ TiC micro-nano composite ceramic tool. International journal of refractory metals and hard materials, 20 10/0,28 (3): 330-337 (sci, EI)
4. Zhao Jun, Li Yuzhen and Ai. Transient thermal stress analysis of functionally graded coated sandwich plates. Solid film, 2008, May16 (21): 7581-7587 (SCI, EI).
5. Zhao Jun, Ai Xiaoxia, Fang Weiying, Han Shiguo. Simulation of surface topography of ball-end milling cutter considering tool deflection and runout. Key engineering materials, 2008, 375-376: 510-514 (ei)
6. Zhao Jun, Li Yuzhen, Ai. Transient Thermal Stress Analysis of Double-sided FGM Coated Plates Key Engineering Materials, 2008,368-372:1807-1810 (EI)
7. Zhao Jun, Ai Xiaoyun, Li Yuzhen. Transient temperature field of functionally graded materials with different shapes under convection boundary conditions. Heat and mass transfer, 2007,43 (12):1227-1232.
8.zhao jun. Failure mode and mechanism of functionally graded ceramic tools with high thermal shock resistance. Minutes of MSEC2006, 2006 (EI)
9. Zhao, Ai, Lv Zhijun. Preparation and Characterization of Si3N4/TiC Nanocomposite Ceramics, Materials Communication, 2006,60 (23): 2810-2813 (SCI, EI).
10. Zhao Jun, Ai, Li. Finite element analysis of cutting force in high speed machining. Forum on Materials Science, 2006, 532-533: 753-756.
1 1. Zhao Jun, Ai Xiaoxia, Li Yanzu, Zhou Yaohui. Thermal shock resistance of functionally graded solid cylinder, Materials Science and Engineering A, 2006,418 (1-2): 99-110 (sci, EI).
12. Zhao Jun. Preparation and cutting performance of Al2O3-(W, Ti)C functionally graded ceramic tool. International Journal of Material Processing and Machinability, 2006, 1(3): 277-286
13. Zhao, Ai, Lv Zhijun. Study on thermal shock resistance of Si3N4/TiC nanocomposite ceramic tool materials, Major Engineering Materials, 2006,315-316: 299-303 (SCI, EI).
14. Zhao Jun, Ai Xiaoxia, Wang Shaoyong, Liu Zhiwei. Prediction Model of High Speed Milling Force for P20 Die Steel, Key Engineering Materials, 2006,315-316: 856-859 (SCI, EI).
15. Zhao Jun, Ai, Deng, etc. Thermal shock behavior of functionally graded ceramic tool materials. Journal of European Ceramic Society, 2004,24 (5): 847-854
16. Zhao Jun, Ai, Deng, etc. Parameter model of thermal shock resistance for functionally graded ceramics. Materials science and engineering a, 2004,382 (1-2): 23-29 (sci, EI)
17. Effect of hot pressing temperature on mechanical properties and microstructure of si3n 4-TIC nanocomposites. Forum on Materials Science, 2004,471-472:167-171(sci, EI)
18. Zhao Jun, Ai, Huang, et al. Unsteady thermal stress analysis of functionally graded ceramic plates with symmetrical structure. Ceramic International, 2003,29 (3): 279-285
19. Zhao Jun, Ai Xiaoxia, Huang Xiaoping. Relationship between thermal shock behavior and cutting performance of functionally graded ceramic tools. Journal of Materials Processing Technology, 2002,129 (1-3):162-167 (sci, EI)
20. Zhao Jun, Deng Junxiang, Zhang Junhui, et al. Failure mechanism of whisker reinforced ceramic tool in machining nickel-based alloy. Wear,1997,208 (1-2): 220-225 (sci, EI)
2 1. Zhao Jun, Ai Xing, Li. Thermal shock resistance of functionally graded ceramic balls. Journal of Silicate, 2006,34 (11):1362-1366 (ei).
22. Zhao Jun, Ai Xing, Huang Xinping, Deng Jianxin and Wang Chaoxia. Influence of the shape of ceramic components on their thermal shock resistance. Journal of Mechanical Engineering, 2004,40 (1): 7-10 (ei).
23. Zhao Jun, Deng Jianxin, Ai Xing and Wang Chaoxia. Thermal shock resistance parameters of symmetric functionally graded ceramics. Journal of Silicate, 2003,31(10): 945-949 (ei).
24. Zhao Jun, Huang Xinping, Ai Xing and Wang Chaoxia. Thermal shock resistance parameters of ceramic cylinder. Journal of Silicate, 2003,31(5): 476-479 (ei).
25. Zhao Jun, Ai Xing,,, Huang Fax. Unsteady thermal stress of symmetric functionally graded ceramics. Journal of mechanical engineering, 200 1, 37 (11): 22-27 (ei)1. Design theory and manufacture of ultra-high speed cutting tools. Project Source: National Key Basic Research and Development Plan. : 2009CB724402), (2009.438+0-20 13.8), project leader;
2. "Research on Design and Manufacturing Theory and Key Technologies of Performance-driven Tool for Difficult-to-machine Materials" (600,000 yuan), project source: National Natural Science Foundation (approval number: 5110), (2012.10).
3. "Research on Adaptive Gradient Composite Tool Based on High-speed Cutting Multi-field Coupling Theory" (60000) (GrantNo.. : 2009,013110030), special research fund for doctoral programs in colleges and universities, (20 10.65438+.
4. "Research on Micro-performance Cutting and Splicing Gradient Nano-composite Tool in Yuhong" (360,000 yuan), project source: National Natural Science Foundation of China (approval number: 50875 156), (2009.1-2012).
5. "Research on Tribology and Tool Life in High Speed Cutting" (270,000 yuan), project source: National Natural Science Foundation (approval number: 505438+026) (2006.438+0—2008.438+02), project leader;
6. "Prediction and control of multi-axis NC machining surface topography based on tool life and cutting stability" (500,000 yuan), project source: New Century Excellent Talents Support Program of the Ministry of Education (approval number: NCET-06-0588), project leader;
7. "Research and application of key technologies for manufacturing long-life cavity molds" (654.38+10,000 yuan), project source: Shandong Science and Technology Development Plan (approval number: 2007GG20004003), project leader;
8. "Research on Surface Quality Control Technology and Application of Multi-axis NC Machining of Free-form Mould" (65438+ 10,000), project source: Shandong Outstanding Young and Middle-aged Scientists Research Award Fund (approval number: 2005s002) (2006.1-2008.12), project leader;
9. "Research on Nano-composite Ceramic Tool and Its Cutting Performance Based on Multi-scale Correlation Effect" (60,000), project source: Special Research Fund for Doctoral Program in Colleges and Universities (approval number: 2005042033) (2006.1—2008.12), project leader;
10. "Research on Nano-composite functionally gradient ceramic cutting tool and its reliability based on multi-scale high-order theory" (700,000 yuan), project source: National Special Fund for Excellent Doctoral Dissertation Authors in Universities (approval number: 200231) (2003.1-2007.1)