科研队伍 - 计算数学与科学工程计算研究所

崔俊芝

论文、论著、专题报告和建议，通过部-院验收的项目，译著

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（1）论文

1. 黄鸿慈，王荩贤，崔俊芝，赵静芳，林宗楷，“按位移解平面弹性问题的差分方法”，应用数学与计算数学，Vol.3, No.1,1966.

2. 崔俊芝,刘福森,“平面应力分析的变分法与有限元方法”，数学实践与认识，1972，2。

3. 崔俊芝，丁江平，杨企叶，辛国荣，“按有限元法进行三维连续体应力分析”，“74.8会议论文选编”,计算数学, 91-102,1974.

4. 崔俊芝,李光宗,梁复刚,史光洁,李国润,“关于弹性接触问题的分析方法”，有限元方法及其应用，中国科学院计算技术研究所，1975，12。

5. 高征铨，崔俊芝，赵超燮，“完全协调三角形板弯曲元”，有限元方法及其应用，中国科学院计算技术研究所，1975，12。

6. 崔俊芝，丁江平，“三维问题有限元方法的计算和技巧”，有限元方法及其应用，中国科学院计算技术研究所，1975，12。

7. 赵超燮，崔俊芝，高征铨，“完全协调三角形元分析板弯曲问题”，北京工业大学学报，1976，1。

8. 崔俊芝,史光洁,梁复刚,“关于平面徐变问题的有限元分析方法”，计算数学，1978，5。

9. 崔俊芝，“关于有间隙的弹性接触问题”，力学学报，1980，7。

10. 崔俊芝，“关于有间隙弹性接触问题的解及其迭代格式”，1980年全国计算力学会议文集，北京大学出版社，1981。

11. 崔俊芝，“计算机科技应用软件”，1981年全国应用软件学术会议，大会报告，计算机动态，1981，8, 25-32。

12. 崔俊芝，“高阶稀疏局部非线形方程组的一种拟牛顿方法”，计算数学，1982，4。

13. Cui Jun-Zhi,“The Solution and Solving Method of the Elastic Contact Problem With Initial Gaps”, Proc.China-France Symp. FEM, Science Press, Beijing, China, 1982,641-658.

14. Cui Jun-Zhi,“The Method on Solving Finite Element Problem With Relative Constrained Equations”, Proc.Intern. Conf. FEM edited by He Guang-qian, Science Press, Gordon and Breach, Science Publisher, Inc., 1982, Shanghai, New York, 564-568.

15. Cui Jun-Zhi ，“The Variational Inequality Method on Contact Problem and Its Application Software”,Eng. Soft. 3, R.A.Adey, Apr. 1983, Spinger-Verlag, 387-400.

16. Cui Jun-Zhi,“The Numerical Procedures of Solving Large-Scale Nonlinear Discretized Problems”, Invited presentation, Collected Papers of China-U.S Workshop on Advances of Computational Engineering Mechanics, 1983.

17. Cui Jun-Zhi,“Techniques and Experiences in Managing Large Scale Application System-The Adaptive Organization of Large Engineering Numerical Software”，Panel presentation, Proc.9th World Computer Congress IFIP’83,“Information Processing 83, Panel Discussions”, North-Holland,1983.

18. Cui Junzhi ,“The Program and Data Organization of the Adaptive FEM Software” , Proceeding of Computer Applications to Civil Engineering, Science Publishers, 1985.

19. Cui Junzhi, Wang Shao Hua,“The Software Structure of BDP and Its Computational Method Organization”, Proc. Intern. Conf. on Education, Practice and Promotion of Comp. Meth. in Eng. Using Small Computer(EPPCMESC),Macau,1985.

20. 崔俊芝，“有限元结构分析软件述评-算法结构与软件”，计算结构力学及其应用，1985，4.

21. 崔俊芝，“有限元结构分析软件述评-前后处理技术与发展趋势”，在第二次全国计算力学大会上的报告，邀请报告（1984）,计算结构力学及其应用，1986，1.

22. 崔俊芝，“数值软件”，百科全书“数学卷”条目，百科全书出版社，1986年，（约0.3万字）。

23. Cui Jun-Zhi, Xu Bing,“The Adaptive FE Algorithm For Variational Inequality Problems”, Proc. ICCEM, 1987, Science Press, Beijing, 1987.

24. 崔俊芝，“科学工程软件述评”，计算技术与计算机应用，1988，2。

25. 崔俊芝，“软件工程方法总述”，在第三次全国计算力学大会上的大会报告（1986），计算技术与计算机应用，1989，2。

26. Cui Jun-Zhi ,“The Methodology of Adaptive Algorithm Organization for Comprehensive Software”, Keynote presentation on SSS-89, May 31-June 3, 1989, Proc. Symp. on Scientific Software, China Uni. Science and Technology Press, 1989, 6-14.

27. 崔俊芝，李明瑞，王寿梅等，“有限元方法软件环境的软件结构与技术”，1991年计算数学天津会议文集，1991年5 月, 774-778。

28. [28] 严宁宁,崔俊芝,黄鸿慈,“ 网格加密型高效能算法的数据结构”, 1991年计算数学天津会议文集，1991年5 月, 766-770.

29. Yan Ningning, Cui Junzhi, Huang Hongci,“A Data Structure for Nested Dissection”,Proc.Intern. Conf .on Scientific Computation edited by T. Chan, HangZhou, China, Aug. 1991, World Scientific, Singapore, New Jersey, Hong Kong, 261-266.

30. Cui Jun-Zhi, Li Mingrui, Wang Shoumei et al,“The Standardized Techniques of SEEM’s Algorithms and Datum”, Computational Mechanics, Edited by Y.K. Cheung et, al, Proc. of Asian Pacific Conf. on Comp. Mech., Dec.11-13, 1991, 1315-1319.

31. J.Z. Cui, “The Existence and Uniqueness of the Solution on the Elastic Contact Problem with Initial Gaps and Friction”, Proc. Of Intern. Conf. On Computation of Differential Equations and Dynamical Systems, Sep. 1-5, 1992, 85-67.

32. 崔俊芝,“有摩擦的多变形体接触问题的解的存在性和唯一性”, 特邀报告, 中国工业与应用数学学会第二次大会文集, 74-78, 1992.

33. 严宁宁，崔俊芝，黄鸿慈，“一种适用于网格加密型高效能算法的嵌套式数据结构”, 数值计算与计算机应用，第14卷第2期, 111-119,1993.

34. 田春松，崔俊芝等，“适用于两种特定数据结构的CG算法与SOR算法”，数值计算与计算机应用，第14卷第4期, 245-251,1993.

35. 崔俊芝，“计算机软件”，土木工程手册“计算机应用”分册中一章，科学出版社，1993年（约4.5万字）。

36. 梁俊, 崔俊芝, “基于知识的结构分析系统”, 计算结构力学及其应用, 第11卷第1期, 1994, 43-49.

37. JZ. Cui and HY. Yang, “Ａ Macro-Micro Coupled Method for Composite Materials”, Keynote Lecture on WCCM-III , Proc. WCCM-III, 1994.

38. 崔俊芝，梁俊，“求解多重子结构的递归算法及其软件实现”，数值计算与计算机应用，第16卷第1期, 1995, 63-69．

39. Cui Jun-Zhi and Cao Li-qun, “The Method Coupling Schwarz Alternate Iteration and Dual Asymptotic Expansion for Solving Mixed Problem with Small Periodic Coefficients”, Eighth Intern. Conf. On Domain Decomposition Methods, May 16-20, 1995, Beijing, China.

40. Jun-Zhi Cui, Han-Yan Yang, Lei Han, “Object-Oriented FE Analysis Software Development”, Invited Lecture on 1-st China-Australia Symposium on Computational Mechanics, Dalian, China, Aug.7-11, 1995, J. Computational Structural Mechanics and Applications, Vol. 12, Special Issue, 1995, 36-41.

41. Cui Jun-Zhi and Cao Li-qun, “The Two-Scale Analysis Methods for Woven Composite Materials”, Invited Lecture on ECCS-I, Changsha, China, Nov. 27-29, 1995, Engineering Computation and Computer Simulation I, Edited by Zhong Zhi-hua, Hunan University Press, 1995, 203-212.

42. Cui J.Z. Han L., “Object-Oriented FE Software Development”, Engineering Computation and Computer Simulation II, Edited by Zhong Zhi-hua, Hunan University Press, Changsha, China, 1995, 36-41.

43. Cui, J.Z.， Yang, H.Y., “A Dual Coupled Method of Boundary Value Problems of PDE with Coefficients of Small Period”, Intern. J. Comp. Math., 1996, 14: 159-174.

44. Cui JZ, “The Two-Scale Analysis Methods for Woven Composite Materials and The Structure With Small Period”, ‘The Advances in Computational Mechanics’ Edited by Zhong W.X. et al, International Academic Publishers, 1996, 79-88.

45. 崔俊芝, “双尺度分析方法和宏观参数计算”, 中国工程院第三次院士大会学术报告汇编, 1996, 74-77.

46. Cui, JZ, Shih. TM. and Wang, YL., “Two-Scale Analysis Method for Bodies with Small Periodic Configuration”, Invited Paper in CASCM-97, Feb.11-14, 1997, Sydney, Australia, Proceedings of The Second China-Australia Symposium on Computational Mechanics, Edited by S. Valliappanm and N. Khalili, 1997, 31-40.

47. Cui, J.Z., Shih, T.M., Shin, F.G. and Wang, Y.L., “Finite Element Methods Based on Two-Scale Analysis”, Presented on WSC97, Hong Kong, 10-12 March/ 1997, Proceedings of The Workshop on Scientific Computing Edited by G.H. Golub et al, , Springer, Singapore, 1997, 195-201.

48. 崔俊芝, “双尺度分析方法”, 现代力学与科技进步, 庆祝中国力学学会成立40周年文集, 主编庄逢甘, 清华大学出版社, 1997, 北京, 927-933.

49. 崔俊芝, “水工结构有限元计算--回顾与展望”, 中国水利水电技术发展与成就, 中国电力出版社, 1997, 232-240.

50. 崔俊芝，曹礼群，“基于双尺度渐进分析的有限元算法”，计算数学,第20卷第一期，P89-103,1998.

51. JZ. Cui, “Finite Element Algorithms Based on Two-Scale Analyses Method”, Keynote presentation on SUSCMSE-98, 25-28 May, 1998, Comp. Mech. in Struc. Eng. Recent Developments, Edited by Franklin Y. Cheng, Elsevier, 1999, Amsterdam . New York. Singapore. Tokyo, 31-41.

52. 曹礼群,崔俊芝, “整周期复合材料弹性结构的双尺度有限元计算”, 计算数学, 第20卷第3期, 1998, 279-290.

53. 曹礼群,崔俊芝, “求解小周期系数的混合边值问题Schwarz交替法与双尺度渐近分析法的耦合”, 应用数学学报, 第21卷第3期, 1998, 451-462.

54. 崔俊芝, “具有小尺度周期构造的二维和三维结构问题的双尺度分析”, 大会报告, 1999年全国固体力学学术会议, 1999年1月7-10日, 哈尔滨.

55. 曹礼群,崔俊芝, “整周期复合材料弹性结构的双尺度渐近分析”, 应用数学学报, 第22卷第1期, 1999, 38-46.

56. 崔俊芝，曹礼群，“一类具有小周期系数的橢圆型边值问题的双尺度渐近分析方法”, 计算数学, 第21卷第1期, 1999,19-28.

57. JZ. Cui, TM. Shin and Yl. Wang, “The Two-Scale Analysis Method for Bodies with Small Periodic Configurations”, Structural Engineering and Mechanics, Vol.7, No.6, 1999, 601-614.

58. 曹礼群,崔俊芝,“复合材料拟周期结构的均匀化方法”, 计算数学, 第21卷第3期, 1999，331-334。

59. JZ. Cui, “The Two-Scale Expression of the Solution for the Structure With Several Sub-domains of Small Periodic Configurations”, Invited Presentation on ‘WORKSHOP ON SCIENTIFIC COMPUTING 99’, June 27-30, 1999, Hong Kong.

60. JZ. Cui, “The Two-Scale Method for Composite Structures with Small Periodic Configurations”, Invited Paper, ‘Proceedings of 1-st International Conference on Structural Engineering’ Edited by Y.Q. Long, Tsinghua University Press, 1999, 83-95.

61. 崔俊芝，曹礼群，“具有小周期空洞弹性结构的双尺度渐近分析”, 系统科学与数学, 第19卷第4期,1999，490-495. Cui Junzhi and Cao Liqun, “The two-scale asymptotic analysis for the elastic structures of composite materials with small periodic cavities”, J. Sys. Sci. & Math. Scis. Vol.19, No.4, 2000, 4, 490-495.

62. 崔俊芝，曹礼群，“具有小周期空洞复合材料弹性结构的双尺度有限元分析”, 系统科学与数学, 第20卷第2期,2000，4，217-223. Cui Junzhi and Cao Liqun, “The two-scale finite element analysis for the elastic structures of composite materials with small periodic cavities”, J. Sys. Sci. & Math. Scis. Vol. 20, No.2, 2000,4, 217-223.

63. H.Liang and J.Z.Cui, “Application of conception of distance for the genetic algorithm”,‘Computational Engineering Using Metaphors From Nature’ Edited by B.H.V.Topping, CIVIL-COMP PRESS, Edinburgh, Scotland, 2000, 99-103.

64. J.Z.Cui and Y.J.Shan,“The two-scale analysis algorithms for the structure with several configurations of small periodicity”,‘Computational Techniques for Materials, Composites and Composite Structures’Edited by B.H.V.Topping, CIVIL-COMP PRESS, Edinburgh, Scotland, 2000, 255-264.

65. J.Z. Cui,“21 st Century-Oriented Computer Aided Engineering”, Invited lecture on ‘Civil Engineering in the 21st Century’Edited by Jian Song and Ganshi Zhou, Science Press, 2000, 73-78.

66. 崔俊芝，“计算机辅助工程（CAE）的现在和未来”，计算机辅助设计与制造，2000 年第6期。 Cui Junzhi, “The future of computer aided engineering”, CAD/CAM in Chinese, No.6, 2000, 3-8.

67. L.Q. Cao, J.Z. Cui et al, “Multi-Scale Finite Element Method for Subdivided Periodic Elastic Structures of Composite Materials”, J. Comp. Math., Vol.19, No.2, 2001, PP 205-212.

68. J.Z. Cui, Y.J. Shan and L.Q. Cao, “Multi-Scale Analysis Method For Composite Materials With Random Distribution And Related Structures”, ‘Proc. ICCE/8’ edited by David Hui, 8-th Intern. Conf. Composites Engineering, Aug.5-11, 2001, Tenerife, PP 161-163.

69. J.R. Chen, J.Z. Cui, “Two-Scale FEM for Elliptic Mixed Boundary Value Problems with Small Periodic Coefficients”, J. Comp. Math., Vol.19, No.5, 2001, PP 549-560.

70. 刘晓奇,曹礼群,崔俊芝, “复合材料弹性结构的高精度多尺度算法与数值模拟”,计算数学, Vol.23, No.3, 2001, 367-384. Liu Xiaoqi, Cao Liqun and Cui Junzhi, “Multiscale high accuracy algorithm and numerical simulation for elastic structures of composite materials with periodic configuration”, Vol.23, No.3, 2001,367-384. Chinese J. Numer. Math.\ & Appl. Vol.23, No.3, 2001.

71. 单衍景，崔俊芝，梁复刚，“基于岩体结构面统计模型和有限元应力场的滑移路经的搜索方法”，数值计算与计算机应用, Vol.21, No.４, 2001, 300-310. Y.J. Shan, J.Z. Cui and F.G. Liang, “The searching Method of Slide Path Based on Statistics Model of Discontinuities and FE Stress Field”, Chinese J. Numer. Math. & Appl.Vol.21, No.3, 2001.

72. J.Z. Cui, “Multi-Scale Computational Method for Unified Design of Structure, Components and Their Materials”, invited presentation on‘Chinese Conference of Computational Mechanics, CCCM-2001’, Dec.5-8, 2001, Proc. On ‘Computational Mechanics in Science and Engineering’, Peking University Press, 2001, PP 33-43.

73. 曹礼群，崔俊芝，“随机复合材料弹性结构的多尺度算法”，‘工程和科学中的计算力学’-- 中国计算力学大会2001会议论文集，北京大学出版社，2001，PP 645-654。

74. 单衍景，崔俊芝，“适应于具有大量随机裂纹分布区域的有限元网格自动剖分算法”，同上，PP 655-662。

75. 冯永平，崔俊芝，梁复刚，“几类新型伸缩节的有限元分析与数值模拟”，同上，PP 708-714.

76. 崔俊芝, “面向二十一世纪的计算机辅助工程（CAE）”, 铁路高新技术国际学术报告会,邀请报告，2002年1月22－24日． J.Z. Cui, “21-st Century Oriented Computer Aided Engineering”, Invited Presentation on ‘International Seminar on Rail High technology’, Jan. 22-24/2002, Beijing, Proceedings of ‘International Seminar on Rail High technology’, 133-153.

77. J.R. Chen, J.Z. Cui, “A Multi-Scale Rectangular Element Method for Elliptic Problems with Entirely Small Periodic Coefficients”, Applied Math. And Comp., 130(2002), P39-52.

78. 曹礼群，崔俊芝等，“具有周期空洞和振荡系数的二阶椭圆算子谱分析与数值模拟”，中国科学，第３２卷，第４期，2002年4月，362-373. L.Q. Cao, J.Z. Cui, “Spectral Analysis and Numerical Simulation for Second Order Elliptic Operator with Periodic Hole and Sharp Oscillation Coefficients”, Science in China, vol.32, No.2, 2002, 362-373.

79. 单衍景，崔俊芝，梁复刚,“基于结构面统计模型和应力场的岩体稳定性分析的期望路经方法”，岩体力学与工程学报，第21卷，第2期，2002, 151-157. Y.J. Shan, J.Z. Cui and F.G. Liang, “ Expected Slide Path Method For Stability Analysis of Rock Mass Based on Statistics Model of Joints and Stress Field”, Chinese Journal of Rock Mechanics and Engineering, Vol.21, No.2, 2002, 151-157.

80. J.R. Chen, J.Z. Cui, “Two-Scale Curved Element Method for Elliptic Problems with Small Periodic Configurations”, J. Comp. Math., Vol.20, No.4, 2002, 381-390.

81. 何文明，崔俊芝，朱起定，“一种改进的超收敛与外推的方法”，计算数学，第24卷第3期，2002 年8月，P327-334. W.M. He, J.Z. Cui, Q.D. Zhu, “An Improved Method on Super-convergence and Extrapolation”, Mathematica Numerica Sinica, Vol.24, No.3, Aug. 2002, P327-334.

82. J.Z. Cui and Y.J. Shan, “Multi-Scale Computation of Mechanical Parameters for Composite Materials with Multilevel Random Distribution”, Invited Presentation on ‘The Sino-US Joint Symposium on Multi-Scale Analysis in Material Sciences and Engineering’, June 17-20/2002, Beijing, China.

83. Y.D. Feng, Y.S. Wang, J.Z. Cui, “Transient BEM Analysis of Plane Wave Scattering from an Inclusion with a Unilateral Frictional Contact Interface”, Proc. 3-rd Intern. Conf. On BeTeQ, Sep.10-12, 2002, Beijing, Boundary Element Techniques, Tsinghua University Press Springer, 2002, P27-33.

84. L.Q. Cao, J.Z. Cui, D.C. Zhu, “Multiscale asymptotic analysis and numerical simulation for the second order Helmholtz equations with rapidly oscillating coefficients over general domains”, SIAM J. Numer. Anal., Vol.40, No. 2, 2002, PP. 543-577.

85. L.Q. Cao, J.Z. Cui, D.C. Zhu and J.L. Luo, “Spectral analysis and numerical simulation for second order elliptic operator with highly oscillating coefficients in perforated domains with a periodic structure”, Science in China (Series A), Vol.45, No.12, Dec.2002, 1588-1602.

86. L.Q. Cao, J.Z.Cui, J.L.Luo, “Multiscale asymptotic expansion and a post-processing algorithm for second order elliptic problems with highly oscillatory coefficients over general convex domains”, J. Comp. And Appl. Math. 157, 1-29, 2003.

87. 何文明，崔俊芝，《关于某类带小周期参数的方程的数值解法》, 计算数学, 第25券第4期，2003年，471-479. He Wenming, Cui Junzhi, “A numerical method for some equation with oscillatory Coefficients”, Vol.25, No.4, November 2003, 471-479.

88. Y.D. Feng, Y.S. Wang, Z.M. Zhang and J.Z. Cui, “Dynamic interaction of plane waves with an unilaterally and frictionally constrained inclusion-time domain boundary element analysis”, ACTA MECHANICAL SOLIDA SINICA, Vol.26, No.3, September 2003, 189-196.

89. 崔俊芝, 冯云平，“空洞复合材料结构热力耦合问题的多尺度方法”，‘工程与科学中的计算力学’，中国计算力学大会 ‘ 2003论文集’, 2003年10月27—29日,北京, 大会报告。

90. 李友云，崔俊芝，“具有随机颗粒分布复合材料力学参数的多尺度计算”， ‘工程与科学中的计算力学’，中国计算力学大会 ‘ 2003论文集’, 2003年10月27—29日, 北京。

91. J.Z. Cui, Y.Y. Li, “The Multi-Scale Computational Method for Mechanics Parameters of Composite Materials with Random Grain Distribution”, Invited presentation on ‘International Symposium on Macro- Meso- Micro-, and Nano- Mechanics of Materials (MM2003)’, Hong Kong, 8-10 , Dec./2003.

92. Y.P. Feng, J.Z. Cui, “Multi-Scale Finite Element Analysis for The Mixed Boundary Value Problem In a Perforated Domain Under Coupled Thermo-elasticity”, International Symposium on Macro- Meso- Micro-, and Nano- Mechanics of Materials (MM2003), Hong Kong, 8-10 , Dec./2003.

93. Yongping Feng and Junzhi Cui, “Multi-Scale analysis for the structure of composite materials with small periodic configuration under condition of thermo-elasticity”, ACTA MECHANICAL SINICA，vol.19, No.6, Dec.2003, 585-592。

94. Yongping Feng and Junzhi Cui, “Multi-Scale FE computation for the structure of composite materials with small periodic configuration under condition of thermo-elasticity”, ACTA MECHANICAL SINICA, Vol.20, No.1, February 2004, 54-63.

95. L.Q.Cao and J. Z. Cui, Asymptotic expansion and numerical algorithms of eigenvalues and eigenfunctions of the Dirichlet problem for the second order elliptic equations in perforated domains, Numer. Math., 96， 525-581, 2004.

96. Y.Y. Li and J.Z. Cui, “Two-scale analysis method for predicting heat transfer performance of composite materials with random grain ditribution”, Science in China Ser. A Mathematics, 2004, Vol.47 Supp. 101-110.

97. J.R. Chen and J.Z. Cui, “Two-scale finite element method for non-self-adjoint elliptic problems with rapidly oscillatory coefficients”, Applied Mathematic and Computation, 150(2004), 585-601.

98. 何文明，崔俊芝，《一类特殊的椭圆型问题的高效蒙特卡罗算法》，系统科学与数学，Vol.24, No.2, 2004,4, 210-217. He Wenming, Cui Junzhi, “A high efficient Monte-Carlo method for a special kind of elliptic problem”, J. Sys. Sci. & Math. Scis. Vol.24, No.2, 2004, 4, 210-217.

99. 何文明，崔俊芝，“针对字符串等复杂数据的一种新的高效分档混合排序算法”，小型微型计算机系统，Vol.25, No.4, 2004, 698-701. He Wen-ming, CUI Junzhi, “New high efficient sorting algorithm by grading to character string data”, MINI-MICRO SYSTEMS, Vol.25, No.4, 2004, 698-701.

100. J.Z. Cui and Y.A. Li, “The multi-scale analysis method for the heat conduction problems of composite materials”, Invited presentation on International conference on numerical and applied PDE’s, June 23-28, 2004, Changchun, China, and Invited presentation on ‘US-China Workshop on Multi-Scale Model-Based Simulation in Mechanics and Materials Engineering’，Sep. 3-5/ 2004, Dalian.

101. 李友爱，崔俊芝，“复合材料热传导问题的多尺度分析方法”，‘应用力学进展’－祝贺郑哲敏先生八十华诞，洪友士主编，科学出版社，北京，2004, PP132-139.

102. 李友云，崔俊芝，尤勇，盛万兴，“配电网络系统潮流计算的一种并行算法”，数值计算与计算机应用，Vol.25, No.3, 2004, PP233-240. Y.Y. Li, J.Z. Cui, Y. You, W.X. Sheng, “A Parallel Algorithm for the Computation of the Tidal Current in the Distributed Power System”, J. Mumer. Meth. & Comp. Appl., Vol.25, No.3, 2004, PP233-240.

103. J.Z. Cui and Y.Y. Li, “The Multi-Scale Computational Method for Mechanics Parameters of Composite Materials with Random Distribution of Multi-Scale Grains”, Invited presentation on Workshop on Prospective Simulations of Engineering Systems, Sep.10-12, Xi’an,China, 第12届全国工程建设计算机应用学术会议，北京，2004年10月19-21日, 大会报告.

104. 李友云，崔俊芝，“具有大量椭圆颗粒/空洞随机分布区域的计算机模拟及改进三角形自动网格生成算法”，计算力学学报，Vol. 21, No. 5, 2004, 10, PP540-545. Youyun Li, Junzhi Cui,“Computer Simulation Method for the Domain with Large Numbers of Random Ellipse Grains / Cavities and the Improving Automatic Triangle Meshes Generation Algorithm”, Chinese Journal of Computational Mechanics, Vol. 21, No. 5, 2004, 10, PP540-545.

105. Feng Y. and Cui J., “Mean Convergence of Hermite-Fejer Type Interpolation on an Arbitrary System of Nodes”, Analysis in Theory and Applications, Vol. 20, No. 3, 2004, PP199-215.

106. Y.P. Feng and J.Z. Cui, “Multi-Scale Analysis and FE Computation for the Structure of Composite Materials with Small Periodic Configuration under Condition of Coupled Thermo-elasticity”, Intern. J. Numer. Meth. Engg, Vol.60, 2004, PP1879-1910.

107. Wenming He and Junzhi Cui, “A Pointwise Estimate on the 1-Order Approximation of ”, IMA Journal of Applied Mathematics (2005) , Vol. 70 No.2, PP241-269.

108. Wenming He and Junzhi Cui, “Asymptotic Expansion Method for the Two Point Boundary Value Problem with Small Periodic Structure”, Applied Mathematics and Computation,Vol.161 (2005), PP 667-678.

109. Y.Y. Li, J.Z. Cui, “The Multi-Scale Computational Method for the Mechanics Parameters of the Materials with Random Distribution of Multi-Scale Grains”, Composites Sciences and Technology, Vol.65 (2005), PP 1447-1458.

110. 连尉平，崔俊芝，“三维编织复合材料模量的双尺度有限元计算”，计算力学学报，第22卷第3期, 2005, PP 268-274. Weiping Lian and Junzhi Cui, “The Two-Scale FE Algorithms for the Mechanics Prediction of 3-D Braided Composite Materials”, Chinese Journal of Computational Mechanics,Vol.22 No.3, 2005, PP 268-274.

111. J.Z. Cui, “The Report on National ‘the Tenth Five-year’ Key Projects: Digital Projevt of Urban Planning, Construction, Management and Services”, Keynote Presentation on ‘The 1-st International Conference on Intelligent and Green Building Technologies & Products’, March 28-30,2005. 崔俊芝，“国家‘十五’科技攻关项目‘城市规划、建设、管理与服务的数字化工程与应用示范’进展”，首届国际智能与绿色建筑技术研讨会，大会报告，2005年3月28-30日，中国，北京。

112. J.Z.Cui and X.G. Yu, “The Two-Scale Methods for Mechanics Parameter Computation of Composite Materials with Periodic Distribution”, Invited Presentation on Seventh Hellenic-European Research on Computer Mathematics and its Applications (HERCMA 2005) Conference, 21-24 Sep. 2005, Athens, Greece.

113. 崔俊芝，“计算机辅助工程（CAE）的现状和未来”，中国自动化学会制造技术专业委员会和中国机械工程学会机械工业自动化分会联合举办" 全国计算机辅助工程（CAE）技术与应用高级研讨会" ，大会主题报告，2005年8月21-24日，北京。

114. J.Z.Cui and X.G.Yu, “The Multi-Scale Methods for Stiffness and Strength Parameter Computation of Composites”, Keynote Lecture at ‘Symposium on Multiscale Simulations for Physical and Mechanical Behaviors of Materials of WCCM-7’ held in Hyatt Regency Century Plaza Hotel, Los Angeles, California of the United States from July 16-22, 2006.

115. Wenming He, Changsheng Lin and Junzhi Cui, Finite Element Approximation of Green Function Based on The Method of Multi-scale Asymptotic Expansions, Applied Mathematics And Computation, Volume 174 (1 March, 2006), PP199-222. Sci.

116. 宋士仓，崔俊芝，小周期型复合材料稳态热传导问题的一种双尺度渐近展开收敛性分析, 数学物理学报27卷第4期, 2006.

117. 崔俊芝，“CAE-提升工程和产品创新能力的技术”（上、下），中国计算机用户，2006年5月。

118. Wenhui Meng1*, Junzhi Cui，“Application of Fast Multi-pole Boundary Element Method to 2-D Acoustic Scattering Problem”，2nd Asia-Pacific Int. Conf. on Comp. Meth. in Engrg (ICOME 2006)，Nov. 14 -16, 2006, Hefei, China.

119. 崔俊芝，“产品研发中CAE担重任”，计算机世界，46，2006年11月。

120. Yan Yu1*, Junzhi Cui2, Fei Han: “An Effective Computer Generation Method for the Materials with Random Distribution of Large Numbers of Heterogeneous Grains”, EPMESC X, Aug. 21-23, 2006, Sanya, Hainan,China, 2006 Tsinghua University Press & Springer - Verlag.

121. J. Z. Cui, X. G. Yu, Y. Yu and F. Han，“The Multi-Scale Methods for Strength Parameter Prediction of Composite Materials with Random distribution”，The Symposium on Multi-Physics and Multi-Scale Computation of Materials-2006，(MPMSCM-2006)，Oct.13-16, 2006, Xi’an, China.

122. Cui JZ, Yu XG., “The two-scale methods for mechanics parameter computation of composite materials with periodic distribution”, ACTA MECHANICA SINICA, (2006) 22: 581-594.

123. Yu X.G. and Cui J.Z., “The prediction on mechanical properties of 4-step braided composites via two-scale method”. Journal of Composites Science & Technology, 67 (2007), PP471-480.

124. Wenming He and Junzhi Cui, “A Finite Element Method for Elliptic Problems with Rapidly Oscillating Coefficients”, BIT Numerical Mathematics, Vol.47 (2007), No.1.

125. Wenming He and Junzhi Cui, “A Local Error Estimate for The Method of Multiscale Asymptotic Expansions for Elliptic Problem with Rapidly Oscillating Coefficients”，J. Math. Anal. Appl., Vol. 329 (2007 ), 547-556.

126. Wenming He and Junzhi Cui, “A New Approximate Method for Second Order Elliptic Problems with Rapidly Oscillating Coefficients Based on The Method of Multiscale Asymptotic Expansions”, Journal of Mathematical Analysis and Applications. Sci. （http://dx.doi.org/10.1016/j.jmaa.2007.01.085).

127. J. Z. Cui, X. G. Yu, Y. Yu and F. Han，“The Multi-Scale Methods for Strength Prediction of Composite Materials with Random distribution”，The Symposium on Multi-Physics and Multi-Scale Computation of Materials-2007，Invited presentation at NSF/CBMS Conference，May 21-25, 2007, Iowa City, USA, and Semi-plenary lecture at ISCM-07, Jul.30-Aug. 1, Beijing, China.

128. Junzhi Cui and Jianjun Wan, “Two-order and two-scale method for the dynamic coupled thermo-elasticity problems of composite materials with heat relaxation time”, Semi-plenary lecture at CCTAM-2007, Aug. 20-22, Beijing.

129. Wan J. J., Cui J. Z., Su F, “Two-scale analysis for dynamic coupled thermo-elasticity problems of periodical composite materials”, ISCM-07, Jul.30-Aug. 1, Beijing, China.

130. F. Han, J.Z. Cui, Y. Yu, “Prediction for mechanical properties of core-shell particle-filled polymers via statistical two-scale method”, ISCM-07, Jul.30-Aug. 1, Beijing, China.

131. Fang Su and J.Z.Cui, “A Two-order and Two-scale Computation Model for the Damage of Composite Materials”, ICCE-15 July 15-21, 2007, Hainan island, China, and CCTAM-2007, Aug. 20-22, Beijing, China.

132. Wan J.J. and Cui J.Z., “Two-scale analysis for dynamic coupled thermo-elasticity problems of periodic composite materials”, International Workshop: Advancements in Design Optimization of Materials Structures and Mechanical Systems, 17-20 Dec., 2007, Xi’an, China, Northwestern Polytechnic University and University De Liege, PP262-273.

133. J.Z. Cui, “The Multi-Scale Computation in Water Power Construction of China”,能源与环境数值模拟国际会议，2007年7月，北京，邀请报告

134. Y. Yu, J. Z. Cui, F. Han. “An effective computer generation method for the composites with random distribution of large numbers of heterogeneous grains”. ‘Composites Science Technology’,68: 2543-2550, 2008.

135. Y. Yu, J. Z. Cui, F. Han, Y. Chen. “The two-order and two-scale method for heat conduction properties of composite materials with random distribution of grains”. ‘Computer and Experimental Simulations in Engineering and Science’ 2: PP19-34, 2008.

136. F. Han, J. Z. Cui, Y. Yu. “The statistical two-order and two-scale method for predicting the mechanics parameters of core-shell particle-filled polymer composites”. ‘Interaction and Multi-scale Mechanics: An International Journal’, Vol.1 No.2, 2008, PP231-251.

137. 李友爱, 崔俊芝，“改进的椭圆型问题一阶渐近展开误差估计”，高等学校计算数学学报, 02期, pp 178-183, 2008。

138. 孟文辉, 崔俊芝，“快速多极边界元方法在二维声散射问题中的应用”，中国科学技术大学学报, 38(11), pp 1332-1340, 2008。

139. Y. Li, J. Cui，S. Long, “Finite element computation for mechanics parameters of composite material with randomly distributed multi-scale grains”, Engineering Analysis with Boundary Elements, 32(4), pp 290-298, 2008.

140. 李友云，崔俊芝，龙述荛,“具有大量颗粒随机分布三维区域的计算机模拟及其四面体网格快速自动生成的算法”，计算力学学报，Vol 25 (3), 2008，PP319-324.

141. J.Z.Cui, Fang Su. “The Two-Order and Two-Scale Method for Mechanics Behavior for the Damaged Structures of Composite Materials”. WCCM-8, Jun. 31 - Jul. 4, 2008, Venice, Italy. Keynote speaker.

142. Junzhi Cui, Fei Han, Yan Yu. “The Statistical Two-order and Two-scale Method for Mechanics Parameters of Random Composite Materials”. ICHMM-08. Jun. 3-6, 2008, Huangshan, China. Invited presentation.

143. F. Han, J. Z. Cui, Y. Yu. “The Statistically Second-Order Two-Scale Method for Predicting the Mechanical Performance of Composites with Inconsistent Random Distribution”. ICMRDCC, Oct. 13-16, 2008, Nanjing China. Invited presentation.

144. Y. Yu, J. Z. Cui, F. Han. “Statistical Two-order and Two-scale Method for Physics Field Problems of Composites with Non-stationary Stochastic Distribution”. Cross-Strait Conference on Computational Mechanics, Aug. 24-27, 2008, Taibei China. Invited speaker.

145. F. Han, J. Z. Cui, Y. Yu. “The Statistical Second-Order Two-Scale Method for Predicting Thermo-elastic Properties of Composite Structure with Inconsistently Random Distribution”. IWCMM18, Oct.8-10, 2008, Beijing, China. Invited speaker

146. Yan Yu, Junzhi Cui, Fei Han, “The statistical second-order two-scale analysis method for heat conduction performances of the composite structure with inconsistent random distribution”, Computational Materials Science, 46(1), pp 151-161, 2009.

147. 王镜波, 崔俊芝, 聂玉峰，“单向纤维增强复合材料的双尺度分析模型及其力学参数计算”，数值计算与计算机应用, 30(01), pp 30-40。

148. Fei Han, Junzhi Cui, Yan Yu, “The statistical second-order two-scale method for thermomechanical properties of statistically inhomogeneous materials”, Computational Materials Science, 46(3), pp 654-659, 2009.

149. 韩非，崔俊芝，于艳，“非一致随机分布复合材料力学参数预测的统计二阶双尺度方法”，物理学报，第58卷，专刊，2009年6月，S001-007。SCI.

150. 冯永平，崔俊芝，“周期空洞区域中热力耦合问题的双尺度有限元计算”，物理学报，第58卷，专刊，2009年6月，S327-337。SCI.

151. 郝柏林，崔俊芝，““1019任务”四十年”，物理学报，第58卷，第11期。SCI.

152. 于艳，崔俊芝，韩非，“颗粒随机分布复合材料结构的热传导性能预测的统计二阶双尺度分析方法”，材料工程学报，2009，增刊。

153. J.Z.Cui, F.Han, Y.J.Shan, “Statistical multi-scale method of mechanics parameter prediction for rock mass with random cracks/joints distribution”, ‘Computational Structural Engineering’ edited by Y. yuan, J.Z. Cui and H.A. Mang, Proceedings of the International Symposium on Computational Structural Engineering , held in Shanghai, China, June 22-24,2009,Springer 2009. PP49-62. Invited Presentation. ISTP.

154. Weijie Song, Junzhi Cui, Zhenglin Ye, “Visualizing 3-D tensor fields using a type of surface icons”, ‘Proceedings 11-th IEEE International Conference on Computer –Aided Design and Computer Graphics’,PP627-631, IEEE CAD/GRAPHICS 2009, August 19-21,2009, Yellow Mountain City, China. ISTP.

155. J.Z.Cui, F.Han, Y.J.Shan, “Statistical multi-scale method of mechanics parameter prediction for rock mass”, ‘Rock Engineering in Difficult Conditions’, PP151-152, ‘3rd Canada- US Rock Mechanics Symposium’& ‘20th Canada Rock Mechanics Symposium’, 9-15 May,2009, Toronto, ON, Canada. ISTP.

156. Youyun Li,Junzhi Cui, and Jianlong Zheng, “Homogenous method analysis for elasticity displacement fields of composites with random grains”, Mathematica Numerica Sinica, Vol.31, No.3, PP275-286.(In Chinese).

157. Fang Su, Junzhi Cui, Zhan Xu,“A two-order and two-scale computation Method for nonselfadjoint elliptic problems with rapidly oscillation coefficients”, Applied Mathematic and Mechanics (English), Vol.30(12), 2009,PP1579-1588.

158. Su Fang, Cui Junzhi, Xu Zhan, Dong Qiaoli, “A second-order two-scale computation method for composite structure with small quasi-periodicity ”, Finite Element in Analysis and Design, Vol.46(2010), PP320-327.

159. 1X. Tian, JZ. Cui, MZ. Xiang, “Atomistic Simulations on the Mechanical Behavior of Single-Crystalline Cu Nanowires under Bending and Torsion Loads”, Journal of Computational and Theoretical Nanoscience, Vol.7 No.6, 2010, 1194-1200.

160. X. Tian, JZ. Cui, BW. Li, MZ. Xiang, “Investigations on the deformation behavior of polycrystalline Cu nanowires and some factors affecting the modulus and yield strength”, Modelling and Simulation in Materials Science and Engineering, Vol.18 No.5, 2010.

161. WM. He, JZ. Cui, “Error estimate of the homogenization solution for elliptic problems with small periodic coefficients on ”, Science China –Mathematics, Vol.53 No.5, 2010, 1231-1252.

162. F.Han, JZ. Cui,Y. Yu, “The statistical second-order two-scale method for mechanical properties of statistically inhomogeneous materials”, Int. J. Numer. Meth. Engng. 2010; 84:972—988。

163. F. Han, J. Cui, Y.Yu, “The Second-Order Two-Scale Computation for the Physics and Mechanical Behaviors of FGM’s Structure with Random Distribution”, Invited presentation on 3-rd International Conference on Multiscale Structure and Systems, jun.10-12 / 2010, Beijing.

164. 宋伟杰, 崔俊芝, 叶正麟，周敏，“二阶对称张量场可视化的一种新模式”，计算机工程与应用，2011(06): 1-4。

165. 向美珍，崔俊芝，田霞，“基于原子模型的非局域连续模型”，中国科学:G 辑, 41(3), 2011.

166. Yun Chen, Junzhi Cui, Yufeng Nie，“A new computational algorithm for modeling thermo-mechanical frictional contact problems of polycrystalline based on plastic slip theory”, Computer Methods in Applied Mechanics and Engineering, 2011, vol.1932, no.1, pp.1-18.

167. Yun Chen, Junzhi Cui, Yufeng Nie, Xiaofeng Guan, “The Thermo-Mechanics Coupled Model of Polycrystalline Aggregates Based on Plastic Slip System in Crystals and Their Interfaces”, Advanced Materials Research, 2011,Vol. 5，pp 397-405.

168. 田霞，崔俊芝，“基于分子动力学模拟的多静结构微观热-力偶和行为的计算”，计算力学学报，Vol.28，No.6, Dec. 2011.

169. Wen-ming He, Xiao-fei Guan c, Jun-zhi Cui，“The local superconvergence of the trilinear element for the three-dimensional Poisson problem”，J. Math. Anal. Appl., 388(2012), PP863-872.

170. Wen-ming He, Jun-zhi Cui, “The Estimate of the Multi-Scale Homogenization Method for Green’s Function on Sobolev Space W1;q”, COMMU. ON PURE AND APPLIED ANALYSIS, Vol. 11, No. 2, March 2012.

171. XIANG MeiZhen1*, CUI JunZhi, LI BoWen & TIAN Xia, “Atom-continuum coupled model for thermo-mechanical behavior of materials in micro-nano scales”, Sciences China-Phys Mech Astron, June 2012 Vol. 55 No. 6: 1125–1137.

172. TIAN Xia1*, CUI JunZhi & LI BoWen，“A new method for modeling thermo-mechanical behaviors of polycrystalline aggregates”， Sciences China-Phys Mech Astron, 2012.

173. 田霞, 崔俊芝, 关晓飞. “单晶铜纳米线弯曲、扭转的变形机制的分子动力学研究”. 中国科学: 物理学力学天文学, 2012, 42: 965–972。

174. 田霞, 崔俊芝, “基于分子动力学模拟的多晶结构微观热-力耦合行为的计算” , 计算力学学报, 第29卷第1期,2012年2月，PP95-98。

175. 陈云，崔俊芝，聂玉峰，“基于有限变形单晶塑性滑移的微观热－力耦合模型及其有限元计算”，固体力学学报（ＣＨＩＮＥＳＥＪＯＵＲＮＡＬＯＦＳＯＬＩＤＭＥＣＨＡＮＩＣＳ），第33卷第１期2012年2月（VOL 33，No.1 2012）。

176. 崔俊芝，杨秀敏，“土木工程科学的综合交叉研究”，‘土木学科发展现状及前沿发展方向研究’，中国工程院土木、水利、建筑工程学部，人民交通出版社，2012年5月，PP.355-368。

177. 欧进萍，崔俊芝，“结构工程的发展现状及前沿发展方向”， ‘土木学科发展现状及前沿发展方向研究’，中国工程院土木、水利、建筑工程学部，人民交通出版社，2012年5月，PP.1-30。

178. 王静，梁博，崔俊芝，“土木工程信息技术学科现状及前沿发展方向研究”，‘土木学科发展现状及前沿发展方向研究’，中国工程院土木、水利、建筑工程学部，人民交通出版社，2012年5月，PP.324-354。

179. Zhiqiang Yang, Junzhi Cui, Yufeng Nie and Qiang Ma, "The Second-Order Two-Scale Method for Heat Transfer Performances of Periodic Porous Materials with Interior Surface Radiation", CMES, vol.88, no.5, pp.419-442, 2012.

180. Qiaofu ZHANG, Junzhi CUI, “Existence theory for Rosseland equation and its homogenized equation”, Appl. Math. Mech., 33(12), 1–18 (2012).

181. ZHANG QiaoFu & CUI JunZhi, “Interior Holder and gradient estimates for the homogenization of the linear elliptic equations”, SCIENCE CHINA Mathematics， Vol.56 No.8: 1575–1584, August 2013.

182. Qiang Ma, and Junzhi Cui, “Second-Order Two-Scale Analysis Method for the Heat Conductive Problem with Radiation Boundary Condition in Periodical Porous Domain”, Commun. Comput. Phys, Vol. x, No. x, pp. 1-32, 2013.

183. Zhiqiang YANG, Junzhi CUI, and Yiqiang LI, “The Statistical Second-Order Two-Scale Method for Heat Transfer Performance of Random Porous Materials with Interior Surface Radiation”, Intern. J. Numer. Anal.7 & Model, Ser. B , Vol. 1, No. 1, PP. 1-18, 2013.

184. 杨志强，崔俊芝，张乔夫, “多孔材料辐射传热耦合性能的统计二阶双尺度计算”,复合材料学报,第30卷第2期, 2013年4月.

185. Zihao Yang, Junzhi Cui, “The statistical second-order two-scale analysis for dynamic thermo-mechanical performances of the composite structure with consistent random distribution of particles”, Computational Materials Science, 69 (2013) 359–373.

186. Xia Tian, Junzhi Cui ect.,“Investigations on the deformation mechanisms of single-crystalline Cu nanowires under bending and torsion”, Computational Materials Science 83 (2014)，250–254.

187. Xia Tian, Junzhi Cui and Xingang Yu, “Atomistic Simulations on the Mechanical Behavior of Cu Nanowires with Twin Boundaries”, Journal of Computational and Theoretical Nanoscience, Vol. 11, 1–4, 2014.

188. Xia Tian, Junzhi Cui ect., “Investigations on the deformation mechanisms of single-crystalline Cu nanowires under bending and torsion”, Computational Materials Science 83 (2014) 250–254.

189. Xia Tian, Junzhi Cui and Xingang Yu, “Atomistic Simulations on the Mechanical Behavior of Cu Nanowires with Twin Boundaries”, Journal of Computational and Theoretical Nanoscience,Vol. 11, 1–4, 2014.

190. Bowen Li, Junzhi Cui, Xia Tian, Xingang Yu, Meizhen Xiang, “The calculation of mechanical behavior for metallic devices at nano-scale based on Atomic–Continuum Coupled model”, Computational Materials Science xxx (2014) xxx–xxx.

191. Wen-ming He, Jun-Zhi Cui, Qi-ding Zhu, Zhong-liang Wen,“The local superconvergence of the linear finite element method for Poisson problem”，Numerical Methods for Partial Differential Equations，Vol. 30, No. 3, pages 930–946, May 2014 。DOI 10.1002/num.21842。

192. Wen-Ming He, Jun-Zhi Cui, Qi-Ding Zhu, “The local super-convergence of the quadratic triangular element for the Poisson problem in a polygonal domain”，Numerical Methods for Partial Differential Equations, Vol. 30, No. 6, 1854-1876. DOI 10.1002/num.21881.

193. Xiaofei Guana, Xian Liub, Xin Jiad, Yong Yuan, Junzhi Cui, Herbert A. Mang, "A stochastic multiscale model for predicting mechanical properties of fiber reinforced concrete", International Journal of Solids and Structures, DOI: http://dx.doi.org/10.1016/j.ijsolstr.2014.10.008.

194. Zhiqiang Yang, Junzhi Cui and Qiang Ma, “The Second-Order Two-Scale Computation for Integrated Heat Transfer Problem with Conduction, Convection and Radiation in Periodic Porous Materials”, DISCRETE AND CONTINUOUS DYNAMICAL SYSTEMS Series B, Vol. 19, No. 3, May 2014 pp. 827-848.

195. Yang Zhi-Qiang(杨志强), Cui Jun-Zhi(崔俊芝), and Li Bo-Wen(李博文), “Second-order two-scale computations for conductive and radiative heat transfer problem in periodic porous materials”, Chin. Phys. B Vol. 23, No. 3 (2014).

196. Zihao YANG, Junzhi CUI, Yatao WU, Ziqiang WANG and Jianjun WAN, “Second-Order Two-Scale Analysis Method for Dynamic Thermo-Mechanical Problems in periodic Structure”, Intern. J. NUMERICAL ANALYSIS AND MODELING, Volume 00, Number 0, Pages 1-18.

197. [10] WANG ZiQiang & CUI JunZhi, “Second-order two-scale method for bending behavior analysis of composite plate with 3-D periodic configuration and its approximation”, SCIENCE CHINA Mathematics, August 2014 Vol. 57 No. 8: 1713–1732, doi: 10.1007/s11425-014-4831-1.

198. Y. T. Wu, J. Z. Cui, Y. F. Nie and Y. Zhang, “Predicting effective elastic moduli and strength of ternary blends with core–shell structure by second–order two–scale method”, CMC, vol.42, no.3, pp.205-225, 2014.

199. Zhiqiang Yang, Junzhi Cui, Yi Sun, Jingran Ge. “A Multi-scale computation for transient heat conduction problem with radiation boundary condition in porous materials”. Finite Elements in Analysis and Design, 102-103(2015)7–18.

200. Zhiqiang Yang, Junzhi Cui, Yi Sun, Jun Liang and Zihao Yang. “Multi-scale analysis method for thermo-mechanical performance of periodic porous materials with interior surface radiation”. Int. J. Numer. Meth. Engng, 2015, 00:1–35.

201. Tiansi Han, Junzhi Cui, Xingang Yu, Yantao Yang. “A local Quantum–Atomistic –Continuum model for mechanical behaviors at micro-nano scale”. Computational Materials Science, 109 (2015) 312–322.

202. Zihao Yang, Junzhi Cui, Yufeng Nie, et al. “Dynamic thermo-mechanical coupled simulation of statistically inhomogeneous materials by statistical second-order two-scale method”. Acta Mechanica Sinica, 31(5): 762-776, 2015.

203. Hao Dong , Yufeng Nie, Junzhi Cui, et al. “Second-order two-scale analysis and numerical algorithms for the hyperbolic–parabolic equations with rapidly oscillating coefficients”. Chinese Physical B, 24(9): 090204, 2015.

204. Zihao Yang, Junzhi Cui, Yatao Wu, Ziqiang Wang, and Jianjun Wan. “Second-order two-scale analysis method for dynamic thermos-mechanics problem in periodic structure”. Intern. J. Numer. Analysis & Modeling, Volume 12, Number 1, Pages 144-161.

205. Yang Zhang, Junzhi Cui, Yufeng Nie. “The second-order two-scale computational method for ageing linear viscoelastic problem in composite materials with periodic structure”. Applied Mathematics and Mechanics (English Edition)，(Accepted). Appl. Math. Mech. -Engl. Ed., 0(0), 1–13 (2015), DOI 0，Shanghai University and Springer-Verlag.

206. Zhi-Hui Li, Qiang Ma, Junzhi, Cui, “Second-order two-scale finite element algorithm for dynamic thermo-mechanical coupling problem in symmetric structure ”, Journal of Computational Physics, 314(2016), 712-748.

207. Qiang Ma, Junzhi Cui, Zhi-hui Li, “Second-order two-scale asymptotic analysis for axisymmetric and spherical symmetric structure with periodic configurations”, Inten. Journal of Solids and Structures, 78(2016) 77-100.

208. Qiang Ma, Junzhi Cui, Zhihui Li, Ziqiang Wang, “Second-order asymptotic algorithm for heat conduction problems of periodic composite materials in curvilinear coordinates”, Journal of Computational and Applied Mathematics 306 (2016) 87–115.

209. Zhihui Li, Qiang Ma and Junzhi Cui, “Finite element algorithm for dynamic thermo-elasticity coupling problems and application to transient response of structure with strong aero-thermo-dynamic environment” , Commun. Comput. Phys., Vol. 20, No. 3, pp. 773-810, September 2016. doi: 10.4208/cicp.270515.010216a.

210. Zhiqiang Yang, Junzhi Cui, Song Zhou, “Thermo-mechanical analysis of periodic porous materials with micro-scale heat transfer by multi-scale asymptotic expansion method”，International Journal of Heat and Mass Transfer，92 (2016) 904–919.

211. Yang, Y., Cui, J., & Han, T., “Error analysis for momentum conservation in Atomic-Continuum Coupled Model”， Computational Mechanics, (2016) 58(2), 199–211.

212. Hao Dong, Yufeng Nie, Junzhi Cui, Yatao Wu, Zihao Yang， “Second-order two-scale analysis and numerical algorithm for the damped wave equations of composite materials with quasi-periodic structures”， Applied Mathematics and Computation，November 22, 2016;9:31.

213. Zihao Yang, Yang Zhang, Hao Dong, Junzhi Cui*, Xiaofei Guan, Zhiqiang Yang, “High-order three-scale method for mechanical behavior analysis of composite structures with multiple periodic configurations”, Composites Science and Technology 152 (2017) 198-210.

214. Zhiqiang Yang, Yi Sun, Junzhi Cui, Zihao Yang, “The hole-filling method and multiscale algorithm for the heat transfer performance of periodic porous materials”,Journal of Computational and Applied Mathematics, Volume 311, February 2017, Pages 583-598.

215. Zhiqiang Yang, Junzhi Cui, Yi Sun, ... Youcai Xiao, “A stochastic multiscale method for thermo-mechanical analysis arising from random porous materials with interior surface radiation”, Advances in Engineering Software, Volume 104, February 2017, Pages 12-27.

216. Hao Dong, Yufeng Nie, Junzhi Cui, Yatao Wu, Zihao Yang, “ Second-order two-scale analysis and numerical algorithm for the damped wave equations of composite materials with quasi-periodic structures” , Applied Mathematics and Computation 298 (2017) 201–220.

217. Hao Dong, Junzhi Cui, Yufeng Nie and Zihao Yang, “Second-Order Two-Scale ComputationalMethod for NonlinearDynamic Thermo-Mechanical Problems of Composites with Cylindrical Periodicity”, Commun. Comput. Phys., Vol. 21, No. 4, pp. 1173-1206, April 2017.

218. Yantao Yang, Junzhi Cui, Yifan Yu, Meizhen Xiang, “Macroscopic damping model for structural dynamics with random polycrystalline configurations”, Acta Mech. Sin.(2018) 34(3):493–506, https://doi.org/10.1007/s10409-017-0733-0.

219. Wen-mingHe, JunzhiCui, JiangmanShen,” The local ultraconvergence for high-degree Galerkin finite element methods”, J. Math. Anal. Appl. 446 (2017) 62–86.

220. Hao Dong, Junzhi Cui, Yufeng Nie, Zihao Yang, Ziqiang Wang，“High-Order Three-Scale Computational Method for Heat Conduction Problems of Axisymmetric Composite Structures with Multiple Spatial Scales”， Advances in Engineering Software，121 (2018),1-12.

221. Hao Dong, Junzhi Cui, Yufeng Nie, Qiang Ma, Zihao Yang, “Multiscale Computational Method for Thermoelastic Problems of Composite Materials with Orthogonal Periodic Configurations”, Applied Mathematical Modelling 60 (2018) 634–660.

222. Hao Dong, Yufeng Nie, Junzhi Cui, Zihao Yang, Ziqiang Wang, “Second-Order Two-Scale Analysis Method for Dynamic Thermo-Mechanical Problems of Composite Structures With Cylindrical Periodicity”, Intern. J. Numer. Analysis & Modeling, Vol. 15, No. 6, 834–863.

223. Hao Dong, Junzhi Cui, Yufeng Nie, Zihao Yang, “Second-Order Two-Scale Computational Method for Damped Dynamic Thermo-Mechanical Problems of Quasi-Periodic Composite Materials”， Journal of Computational and Applied Mathematics 343 (2018) 575–601.

224. Hao Dong, Junzhi Cui, Yufeng Nie, Zihao Yang, Zhiqiang Yang，“Multiscale Computational Method for Heat Conduction Problems of Composite Structures with Diverse Periodic Configurations in Different Subdomains”, Computers and Mathematics with Applications, 76 (2018) 2549–2565.

225. 崔俊芝，胡德平，高萍，‘城市管理概论’—《数字化城市管理—理论、技术和实践》第一章，中国城市出版社，2019年。

226. Hao Dong, Junzhi Cui, Yufeng Nic, Zihao Yang, Qiang Ma， Xiaohan Cheng， “Multiscale computational method for transient heat conduction problems of periodic porous materials with diverse periodic configurations in different subdomains”, Applied Numerical Mathematics 136 (2019) 215–234.

227. Jieqiong Zhang*, Junzhi Cui, Zihao Yang, Yifan Yu. “Heat capacity and thermal expansion of metal crystalline materials based on dynamic thermal vibration. Computational Mechanics. 2019, 63(5), 971-984. Doi：10.1007/s00466-018-1632-3

228. Z.Q. Yang*, Y. Sun, J.Z. Cui, J. G. Ge*, “A three-scale asymptotic expansion for predicting viscoelastic properties of composites with multiple configuration”, European Journal of Mechanics-A/Solids, 2019, 76: 235-246.

229. Z.Q. Yang*, Y. Sun, J.Z. Cui, T.Y. Guan, “A second-order two-scale algorithm for thermo-mechanical coupling problems in quasi-periodic porous materials”, Communications in Computational Physics, 2019, 25(4): 1144-1176.

230. H. Dong*, X.J. Zheng, J.Z. Cui, Z.Q. Yang*, Z.H. Yang, “Multiscale computational method for dynamic thermo-mechanical problems of composite structures with diverse periodic configurations in different subdomains”, Journal of Scientific Computing, 2019,79(3): 1630-1666.

231. H. Dong*, X.J. Zheng, J.Z. Cui, Y.F. Nie, Z.Q. Yang*, Q.Ma, “Multiscale computational method for dynamic thermo-mechanical performance of heterogeneous shell structures with orthogonal periodic configurations”, Computer Methods in Applied Mechanics and Engineering, 2019, 354(1), 143-180.

232. Qiang Ma, Hao Wang*, Zhiqiang Yang*, Zhihui Li, Junzhi Cui. “Second-Order Asymptotic Analysis and Computations of Axially and Spherically Symmetric Piezoelectric Problems for Composite Structures”, Journal of Scientific Computing, 2019, 81(2), 689–731.

233. Hao Dong, Xiaojing Zheng, Junzhi Cui, Zhiqiang Yang, Zihao Yang. “High-order three-scale computational method for dynamic thermo-mechanical problems of composite structures with multiple spatial scales”. International Journal of Solids and Structures, 2019,169, 95-121.

234. 崔俊芝，余翌帆，“基于分子动力学模拟的金属构件的弹-塑性分解方法”，计算数学，42卷3期，2020年8月。Cui Junzhi, Yu Yifan, “Elastic-Plastic Decomposition Method of Metallic Structure based on Molecule Dynamics Simulation”, Mathematica Numerica Sinica, Vol.42, No.3, Aug., 2020.

235. Xia Tian, Junzhi Cui, Mei Yang, Kaipeng Ma, Meizhen Xiang, “Molecular Dynamics Simulations on Shock Response and Spalling Behaviors of Semi-Coherent {111} Cu-Al Multilayers”, International Journal of Mechanical Sciences 172 (2020) 105414.

236. Jieqiong Zhang, Junzhi Cui, Zihao Yang, Shangkun Shen, “Thermo-Dynamic Properties and Thermos-Elastic Constitutive Relation for Cubic Crystal Structures Based on Improved Free Energy”, Computational Mechanics (2020) 65:989–1003.

237. Changqing Ye, Hao Dong, Junzhi Cui, “Convergence Rate of Multiscale Finite Element Method for Various Boundary Problems”, Journal of Computational and Applied Mathematics, 374 (2020) 112754.

238. Xia Tian, Kaipeng Ma, Guangyu Ji, Junzhi Cui, Yi Liao, Meizhen Xiang, “Anisotropic shock responses of nano-porous Al by molecular dynamics simulations”, PLOS ONE, March 17, 2021.

239. Xia Tian, Meizhen Xiang, Junzhi Cui, Guangyu Ji, and Zhuojia Fu,“Spalling fracture of Ni/Al nanolaminates influenced by chemical reaction”, J. Appl. Phys. 130, 075103 (2021); https://doi.org/10.1063/5.0056596.

240. Shangkun Shen, Zihao Yang, Fei Han, Junzhi Cui, Jieqiong Zhang, “Peridynamic modeling with energy-based surface correction for fracture simulation of random porous materials”, Theoretical and Applied Fracture Mechanics, 114(2021) 102987.

241. Changqing Ye, Junzhi Cui and Hao Dong, “Asymptotic Analysis of Nonlinear Robin-Type Boundary Value Problems With Small Periodic Structure”, Multiscale Model. Simul., Vol. 19, No. 2, pp. 830—845.

242. Yu, Y., Cui, J. “Elastic–plastic deformation decomposition algorithm for metal clusters at the atomic scale”, Comput. Mech. 67, 567–581 (2021). https://doi.org/10.1007/s00466-020-01948-5.

243. Guanying Wei, Junzhi Cui, Wei Wang, Xiaoxiang Guo, Jingli Ren and Weihua Wang, “Short-to-medium range structure and glass-forming ability in metallic glasses”, PHYSICAL REVIEW MATERIALS 6, 055601 (2022).

244. Junzhi Cui, Jian-Feng Chen, “Global Top Ten Engineering Achievements 2022’, Engineering, Editorial”, 12, 2022.

245. Hao Dong, Wenbo Kou, Junyan Han, Jiale Linghu, Minqiang Zou and Junzhi Cui, “A Mixed Wavelet-Learning Method of Predicting Macroscopic Effective Heat Transfer Conductivities of Braided Composite Materials”, Commun. Comput. Phys., Vol. 31, No. 2, pp. 593-625 February 2022. doi: 10.4208/cicp.OA-2021-0110.

246. Jiale Linghu, Hao Dong, Junzhi Cui, “Ensemble wavelet-learning approach for predicting the effective mechanical properties of concrete composite materials”, Computational Mechanics (2022) 70:335–365.

247. Hao Dong, Zihao Yang, Xiaofei Guan, Junzhi Cui, “Stochastic higher-order three-scale strength prediction model for composite structures with micromechanical analysis”, Journal of Computational Physics 465 (2022) 111352.

248. Yipeng Rao, Meizhen Xiang, Junzhi Cui, “A strain gradient brittle fracture model based on two-scale asymptotic analysis”, Journal of the Mechanics and Physics of Solids 159 (2022) 10475.

249. Shen Shangkun, Yang Zihao, Cui Junzhi, Zhang Jieqiong, “Dualvariablehorizon peridynamics and continuum mechanics coupling modeling and adaptive fracture simulation in porous materials’, Engineering with Computers”, https://doi.org/10.1007/s00366-022-01730-6.

250. Hao Dong, Junzhi Cui, Yufeng Nie, Ruyun Ma, Ke Jin, Dongmei Huang, “Multi-scale computational method for nonlinear dynamic thermo-mechanical problems of composite materials with temperature-dependent properties”, Communications in Nonlinear Science and Numerical Simulation 118 (2023) 107000.

251. Yipeng Rao, Meizhen Xiang, Quanzhang Li, Junzhi Cui, “A unified two-scale theory for modeling microstructural length scale, strain gradient and strain rate effects on brittle fracture”, International Journal of Solids and Structures 268 (2023) 112176.

252. Zhiqiang Yang, Yipeng Rao, Yi Sun, Junzhi Cui, Meizhen Xiang, “A second-order strain gradient fracture model for the brittle materials with micro-cracks by a multiscale asymptotic homogenization”, Computational Mechanics (2023) 71:1093–1118 https://doi.org/10.1007/s00466-023-02281-3.

253. Guanying Wei, Jesper Byggmästar, Junzhi Cui, Kai Nordlund, Jingli Ren, Flyura Djurabekova, “Effects of lattice and mass mismatch on primary radiation damage in W-Ta and W-Mo binary alloys”, Journal of Nuclear Materials 583 (2023) 154534.

（2）专著

[1] 崔俊芝，黄玉霞，韩其瑜，“软件工程方法”，科学出版社，1992，（26.3万字）

[2] 崔俊芝，梁俊，“现代有限元软件方法”，国防工业出版社，1995年．

[3] 崔俊芝, 杜藏, 黄思曾, 於崇华, “软件设计基础”, 高等教育出版社, 1995.

（3）专题报告与建议（不完全统计）

[1] 崔俊芝，“二维问题有限元法”，中国科学院计算技术研究所，1972年（约4万字）

[2] 王荩贤，崔俊芝，“弹性力学问题的有限元方法”，有限元方法及其应用，中国科学院计算技术研究所，1975年（约7万字）

[3] 崔俊芝，“关于有限元通用程序系统中的若干问题”，1979全国计算数学年会，1980全国计算力学年会。

[4] 崔俊芝，“平面线性非线性有限元分析程序”，力学与实践，1981年，No.3

[5] 崔俊芝,“FEM系统程序” ，力学与实践, 1982年，No.2.

[6] 崔俊芝，“通用有限元程序系统（FEPS）”力学与实践，1984，No.6.

[7] 崔俊芝，“科学计算软件讲座”, 长沙, 1984年10月(约3万字).

[8] 崔俊芝, 王绍华等，“建筑工程设计软件包（BDP）软件作业标准”，（建设部）建筑工程设计软件包研制组，1984年10月(约3万字)。

[9] 崔俊芝等，“FEPS通用有限元程序系统概述”，科技应用软件资料，中国科学院计算中心四室，1985年。

[10] 崔俊芝, 王绍华等, “BDP的系统设计与软件工程实践”, 建筑工程设计软件包资料, 1986年5月。

[11] 崔俊芝, 王绍华等, “BDP的系统实施及软件技术”, 建筑工程设计软件包资料, 1986 年5月。

[12] 王绍华,崔俊芝等, “建筑工程设计软件包（BDP）综合研制报告”, 建筑工程设计软件包资料, 1986年5月。

[13] “关于开展航天技术中复合材料数值模拟研究”的建议书，中国科学院计算中心，1987年6月20日。石钟慈，崔俊芝（执笔人）。

[14] 崔俊芝，韩其瑜，黄玉霞等，“科学和工程应用软件开发规范”，中华人民共和国国家标准（送审稿），国家“七.五”科技功关项目, 1990年12月完成, 1991年通过电子部评审（约1.5万字）。

[15] 崔俊芝，韩其瑜，黄玉霞等，“工程设计应用软件开发标准”,为中国石油化工总公司起草，1989年（约4.8万字）。

[16] 崔俊芝等，“SEFEM的数据组织与数据结构”，SEFEM研制组，1990年。

[17] 崔俊芝等，“SEFEM总体设计说明”SEFM研制组，1990年。

[18] 孙澈，崔俊芝，“关于‘计算数学及其应用软件’专业的软件课程设置浅议”，1991年计算数学天津会议论文集，1991年5月, 770-774。

[19] 关于“参加在外层空间进行反物质测试的国际合作项目”的报告，该项目由丁肇中院士发起，主持。1994年10月5日，该报告先后呈送周光召院长，宋健主任，胡启恒副院长及科学院和国家科委的国际合作局等。见图（照片）。

[20] 梁俊, 崔俊芝, “高堆石坝优化设计系统的智能辅助子系统”, 国家‘八.五’科技攻关项目的子项目‘高堆石坝优化设计研究(85-208-02-01-1)’,1994年, 该项目已完成, 1995年通过电力部鉴定。

[21] 梁复刚, 崔俊芝, “三峡工程3 坝段混凝土坝体与基岩联合工作状态下的稳定性分析”, 1997年8月, 三峡总公司合同项目技术报告之一。已提交三峡总公司.

[22] “三峡3号机组坝段基础岩体结构面分布调研情况”, 1998年2月, 三峡总公司合同项目技术报告之一。已提交三峡总公司.

[23] “三峡3号机组坝段基础岩体应力状态与结构面分布的研究”, 1998年8月, 三峡总公司合同项目技术报告之一。已提交三峡总公司.

[24] 关于“八-五”科技攻关项目85-16-03-05专题“三峡船闸陡高边坡关键技术研究”报告的几点意见，崔俊芝，1996年3月30日。已提交三峡总公司.。见图？。

[25] ‘“关于将三峡工程和长江治理开发科学技术研究”项目继续列入“九-五”科技攻关计划的建议’，郑哲敏、王思敬，崔俊芝（后两位是主要执笔人）等，1998年2月17日。此报告已送交路甬祥院长，同时送交科学院和国家科委相关司局。

[26] “关于加强计算材料科学研究的建议”，崔俊芝，1998年4月18日。此报告已呈交国家科委基础司和973计划专家组，已经采纳并立项。

[27] “关于三峡3机组坝段基础岩体L 4-8 结构面对连通率影响的补充意见”, 1998年8月, 三峡总公司合同项目技术报告之一。已提交三峡总公司。

[28] “关于滑移路径上的应力条件问题”，三峡总公司合同项目技术报告之一， 2000年。已提交三峡总公司。

[29] “亚刚体结构伸缩节有限元应力应变分析”，‘东屋课题’，2001年12月。

[30] “三峡工程亚刚体结构伸缩节分析报告－拟推荐三峡工程采用”， ‘东屋课题’，2002年1月。已提交三峡总公司。

[31] “亚刚体结构伸缩节有限元分析报告”，2002年。已提交三峡总公司。

[32] “大型压力钢管伸缩节安全性分析方法及其应用研究”，‘三峡总公司技术合同（ZT-02(I)-01）阶段报告’之一，2004年8月。已提交三峡总公司。

[33] “颗粒随机分布复合材料性能预测的多尺度分析方法及其应用”，‘混凝土动静力破坏过程数值模拟的数学方法研究与软件开发’项目结题报告，中国水利水电科学研究院溪落渡工程项目，2004年6月。

[34] 关于推荐北京市东城区“依托数字城市技术创建城市管理新模式”的报告，签名：陈述彭（中国科学院院士），李京文（中国工程院院士），崔俊芝（中国工程院院士）。附件：院士建议，关于推广北京市东城区“依托数字城市技术创建城市管理新模式”的建议（2005年2月），陈述彭（中国科学院院士），崔俊芝（中国工程院院士），李京文（中国工程院院士），通过中国科学院学部呈交。

[35] “重力坝深层抗滑稳定性判据研究”，中国长江三峡总公司科研合同（CT-03-01-01）研究报告，2006年。已提交三峡总公司。

[36] “学习实践科学发展观，全面拓展数字化城市管理 — 全国数字化城市管理模式试点工作调研报告”，2009年1月，致住房与城乡建设部姜维新部长、仇保兴副部长的有关领导。

还有多份报告（至少5份报告——作为主笔或主要参与者），涉及到“七.五”、“十.五”、“十一、五”计划等国家重大科技、经济和社会发展计划的建议，分别呈交水利电力部，国务院电振办，科学院、国家科委、住房与城乡建设部、工程院等有关部、司-局领导。

（4）文集（编辑出版的会议文集，重要咨询项目与专题研究总结）

[1] Yong Yuan，Junzhi Cui，Herbert A. Mang, ‘Computational Structural Engineering’, Proceedings of the International Symposium on Computational Structural Engineering,held in Shanghai, China, June 22-24,2009. Tongji Univesity, Chinese Academy of Engineering, Vienna University of Technology. Springer, 2009.

[2] 中国工程院土木、水利与建筑工程学部，‘土木学科发展现状及前沿发展方向研究’，人民交通出版社，2012年。（本书是学部咨询项目——‘土木学科发展前沿研究’的结题报告，项目负责人：杨秀敏，崔俊芝）。

[3] 全国市长研修学院（住房和城乡建设部干部学院），‘数字化城市管理—理论、技术与实践’，中国城市出版社，2019年。（本书由编委会组织编著，主编：崔俊芝，副主编：郝力、高萍、蒋景瞳，以及编写组成员24人——详见书中前言）。

[4] 全国市长研修学院（住房和城乡建设部干部学院），‘数字化城市管理—案例汇编’，中国城市出版社，‘案例汇编I’2019年；‘案例汇编II’，2020年。（编委会同上）。

此外，崔俊芝还参加了关于科学与工程计算、科学数据库、应用软件等多个学术会议，以及从数字城市到智慧城市系列大型会议的组织与出版工作。后者已经召开15届，参会者均在千人上下；崔俊芝为主要组织者之一。

….。

（5）重要项目（通过部-院级验收的项目）

1）‘混凝土重力坝的弹性接触方法及其在龚嘴大坝上的应用’(水电部重大项目), 通过水电部成果鉴定,1981年.

2） ‘通用有限元程序系统(FEPS)’(中国科学院重大项目), 通过中国科学院成果鉴定,1985年.

3）‘建筑工程设计软件包(BDP)’(‘六.五’国家科技攻关项目), 通过建设部成果鉴定,1986年.

4） ‘软件工程标准规范的制定--科学和工程应用软件开发规范’(‘七.五’ 国家科技攻关项目-- 68-6-2),通过电子部成果鉴定,1991年.

5） ‘有限元方法软件环境与标准化技术’(国家自然科学基金项目--19872068), 通过国家自然科学基金委鉴定,1993年.

6） ‘高堆石坝优化设计系统’(‘八.五’ 国家科技攻关项目--85-202-02-01), 通过水利部成果鉴定, 1995年.

7） ‘复杂结构动力学系统’(国家自然科学基金委和航天工业总公司联合资助重点项目), 通过航天工业总公司鉴定, 1997年.

8） ‘多向编织复合材料的力学性能及结构强度理论研究’；国家自然科学基金重点项目，项目负责人，项目编号：19932030，执行期间：2000,01-2003,12,通过国家自然科学基金委验收,2004年，评定为A级.

9） ‘材料与制品性能预测的多尺度模型和计算方法；国家自然科学基金重大项目—高聚物成型加工与模具设计中的关键力学和工程问题—第三课题，课题负责人,课题编号：10590353, 执行期间：2006,01-2009,12； 2009年12月通过国家自然科学基金委验收。

10）‘热防护系统材料与结构一体化设计与评价的关键问题研究’；国家自然科学基金委重大研究计划——“近空间飞行器的关键基础科学问题”的重点项目,项目负责人，项目编号：90916027；执行期间：2010,01-2013,12； 2014年3月通过国家自然科学基金委员会验收。

11）‘土木学科发展现状及前沿发展方向研究’，中国工程院咨询项目，项目负责人，执行期间：2010-2011，研究报告由‘人民交通出版社’出版发行。

12）‘三峡工程混凝土坝体与基岩联合工作状态系列研究’，自1997年三峡大坝围堰合拢，进入大坝施工起，先后承担了三峡总公司科研合同项目8个：：

l “三峡工程3 坝段混凝土坝体与基岩联合工作状态下的稳定性分析”, 1997年8月；

l “三峡3机组坝段基础岩体结构面分布调研”, 1998年2月；

l “三峡3机组坝段基础岩体应力状态与结构面分布的研究”, 1998年8月；

l “关于滑移路径上的应力条件问题”，2000年；

l “亚刚体结构伸缩节有限元应力应变分析”，2001年12月；“大型压力钢管伸缩节安全性分析方法及其应用研究” 2004年8月；

l “重力坝深层抗滑稳定性判据研究”， 2006年；等等。

针对特定混凝土坝段和基岩稳定性开展了系统研究，并提交了研究和计算分析报告。

13）‘面向重大工程与装备的计算力学问题研究’之课题二—“材料与结构多尺度热力耦合分析模型与算法”，(2010CB832702) 国家基础研究计划项目，2010,01,10 — 2014,12,31。

（6）学术会议报告（近年的部分报告）

1. Meizhen Xiang and Junzhi Cui*, “An Atom-Continuum Coupled Model for Thermo-Mechanics behavior”, Invited Lecture at ‘International Conference On Computational & Experiment Engineering and Science’, Nanjing, April 20, 2011. Invited presentation.

2. 向美珍，崔俊芝*，李博文，“针对微-纳米尺度下材料热-力学行为的原子-连续耦合模型和递归式自适应多尺度算法”，‘中国力学大会-2011暨钱学森诞辰100周年纪念大会’，哈尔滨，2011，8．邀请报告.

3. Meizhen Xiang, Junzhi Cui* and Bowen Li, “A New Atomic-Continuum Model and Its Multi-Scale Algorithm for Thermo-Mechanics behavior of Materials”, ‘ISCM-3 & CSE-2 (Comp. Mech. & Comp. Struc. Engg.)’, Dec.5-7 / 2011 , Taibei. Plenary Speech.

4. Junzhi Cui*，“A New Atomic-continuum Model and A Recursively Adaptive Multi-scale Algorithm for Thermo-mechanical Behavior of Heterogeneous Materials”， ‘Intern. Conf. on Scientific Computing’, Jan. 4—7,2012, HongKong. Invited presentation.

5. JZ. Cui*, ZQ. Wang，“Second–order two-scale analysis for bending behaviors of composite plate with 3-D small periodic configuration ”, ‘Intern. Conf. on Computational Sciences’, July 16 – 20,2012, Shanghai, China. Invited Presentation.

6. MZ. Xiang, JZ. Cui*，BW. Li, X. Tian,“An Atomic-Continuum Coupled Model and Its Recursively Multi-scale Computation for Thermo-mechanical Behavior of Materials”, ‘Intern. Symp. On Multi-scale Modeling and Simulation of Materials’, July 1 – 4, 2012, University of Science and Technology Beijing, Beijing, China. Invited Lecture.

7. 崔俊芝*，“非均质材料及其结构物理和力学性能预测的自适应多尺度计算”，上海大学“材料基因组工程”学术论坛，2012年5月26- 27日，上海。邀请报告。

8. 崔俊芝*，“高阶多尺度方法与原子-连续关联模型及其应用研究”，‘中国工业与应用数学学会第十二届年会 CSIAM’, 2012年8月19- 24日，中国，合肥。CSIAM 苏步青奖获奖报告。

9. 崔俊芝*，“土木工程中的计算科学与技术”， ‘中国工程院与香港中文大学的院校交流项目’，2012，12，香港.邀请报告。

10. 崔俊芝*，“热防护系统材料与结构一体化设计与评价”，‘第一届中国国际复合材料科技大会’，2013，09，中国北京。Invited Presentation..

11. 崔俊芝*，向美珍，李博文,田霞，关晓飞，“关于金属材料的原子-连续关联模型及其算法”，‘多尺度分析方法及其应用’，2013，July ，苏州, 邀请报告。

12. 崔俊芝*，“新材料研发的集成化信息平台——架构与建议”，‘材料科学系统工程发展战略—中国版材料基因组计划’重大咨询项目交流会，2013年12月5日，北京中国工程院，邀请报告。

13. 崔俊芝*（Junzhi Cui）,“Atomic–Continuum Coupled Model and Its Algorithm for the Dynamic Behaviors of Metallic Micro-Nano device”, 香港科技大学大讲堂。Jan..21-23 /2014年. 邀请报告。

14. 崔俊芝*，“新材料研发的集成化信息平台”， ‘2014新材料国际发展趋势高层论坛——西安’，中国工程院化工、冶金与材料工程学部和中国材料研究学会主办2014年9月19-21日。邀请报告。

15. JZ.Cui*, BW. Li, H. Li, TS. Han,“Multi-Scale Coupled Model and Its Algorithm for Performance Prediction of Metallic Micro-Nano-meter Devices”，‘Intern. Workshop on Variational and Hemivariational Inequalities: Theory, Numerics and Application-Xian’，June 28-30/2014. Invited Presentation.

16. 崔俊芝*,“土木工程中的计算力学与技术”,‘中国计算力学大会——贵阳’, 2014年8月10-13日。邀请报告。

17. JZ.Cui*, BW. Li, H. Li, TS. Han ，“The Atomic-Continuum Coupled Model at Micro- Nano-Scales for the Thermo-Mechanical Performances of Metallic Materials”，Intern.Conf. on“Recent Advances in computational Mathematics and Applications”，Dec.9-13 / 2014. Invited Presentation.

18. 崔俊芝*，“近空间飞行器热防护系统性能预测的多尺度模型和算法研究”， ‘科学与技术前沿论坛——“新型飞行器的关键空气动力学问题”’，中国科学院学部主办，北京，中国科学院学术会堂，2015年3月29-30日。邀请报告。

19. 崔俊芝*，“高通量计算材料科学平台建设的若干基础科学和技术问题”， ‘东方科技论坛——“材料基因组科学技术与若干材料研究前沿”’，上海市人民政府，中国科学院和中国工程院主办，上海，2015年4月24-25日。邀请报告。

20. JZ.Cui*, H. Li, TS. Han and YT. Yang, “Atomi-Continuum Coupled Computation for Thermo- Mechanical Behaviors in Micro-Nano-Scales”,‘International Conference on Numerical Partial Differential Equations and Their Application——2015’, Wuhan, China,May 25-29/2015. Invited presentation.

21. 崔俊芝*，韩天思，李辉和杨彦涛，“微纳米尺度材料动态行为的局部量子-原子-连续耦合计算”, ‘中国力学大会——2015’, 2015年8月15-18日,上海。邀请报告。

22. 崔俊芝*，韩天思，李辉和杨彦涛，“金属材料从分子动力学到连续力学的原子-连续关联模型及算法”，‘材料科学中的计算问题研讨会’，2015年10月15-18日，长沙。邀请报告。

23. 崔俊芝*，“STATISTICAL HIGH-ORDER MULTI-SCALE METHOD ON THE MECHANICS PARAMETERS OF ROCK MASSES”，“第一届全国岩土工程信息技术与应用学术交流会”，同济大学主办，上海，2015年12月3-5日。邀请报告。

24. Y. Zhang, JZ. Cui*, ZH. Yang and H. Dong, “High-Order Three-Scales Method for Composite Structure with Multi-levels Small-scale Configurations”，‘Intern. Top-Level Forum on Engineering Science and Technology Development Strategy-2016’, May 14-17, Chongqing, China，Chongqing China, May 14-17/2016. Invited presentation.

25. Y. Zhang, JZ. Cui*, ZH. Yang and YF. Nie“High-order triple-scale computation for composite structures of the configurations with of two-levels small periodicities”,‘WCCM XII & APCOM VI 2016’, July 24-30/2016, Seoul, Korea. MS617-1 (151068) Invited presentation.

26. 崔俊芝*，李辉，韩天思和杨彦涛，“金属材料动力学和热-力学分析的原子-连续关联模型和算法”‘第十九届全国复合材料学术会议’, 中国力学会、中国复合材料学会、中国航空学会和中国宇航学会联合举办, 2016年10月14-17日,西安。大会报告。

27. Y. Zhang, JZ. Cui*, ZH. Yang, “High-order Three-scales Formulation for Composite Structure with Multi-levels Small Scale Configurations" , ‘3-rd International RILEM Conference on Microstructure Related Durability of Cementitious Composites’, Oct. 24-26/2016, Nanjing China. Plenary Speech.

28. 崔俊芝*，“土木工程中的计算科学和技术——若干前沿方向”‘第三届建筑科学与工程创新论坛’,山东大学主办，2016年11月12-13日, 山东济南。邀请报告。

29. 崔俊芝*，“基于大数据科学和技术的智慧工程”，创新与新兴产业发展国际会议”由中国工程院、上海市、发改委、工信部、商务部、中国科学院、贸促会和联合国工业发展组织等联合主办，2017年11月7-9日，上海市，“数字创意技术与产业分会场”，邀请报告。

30. Yantao Yang， Junzhi Cui*，“The Damp Model for Structural Dynamics with Random Polycrystalline Configurations”， IWCMSC 2017, June 28 - July 2, 2017, in Qingdao，山东青岛召开的‘科学计算和计算数学国际研讨会’, Invited presentation.

31. Junzhi Cui*, “Multi-scale model and algorithms for the materials and structural analysis in thermal protection system of aerospace vehicle”, 2-nd Intern. Workshop on Aerodynamics in Various Flow Regimes, Aug. 8-11, 2017, Mianyang, China, Invited presentation.

32. 杨彦韬，崔俊芝*，“结构动力学的阻尼模型”中国力学学会成立60周年大会，“计算力学”分会场, 邀请报告, 2017年8月14-17日,北京。

33. YT. Yang, JZ. Cui*, YF. Yu, “Damp Model for Structural Dynamics and the Damp Design of Large Scale composite Structures”, International Top-Level Forum Engineering Sciences and Technology Development Strategy——Construction materials and Structures with High Performance, Oct.19-22/2018, Chongqing, China.

34. 崔俊芝*，“现代城市管理—从数字化到智慧化”， ‘中国数字经济高峰论坛’， 2018年9月26-28日，济南。

35. Junzhi Cui*, Jieqeng Zhang et al, “ACC Model and Algorithms for Thermo-Dynamical Behaviors of Materials and Components”, Invited Presentation, Intern. Conference on Mathematical Modeling and Numerical Methods, May 30th - June 2nd, 2019, Ocean University of China, Qingdao, P. R. China. And Invited presentation, ‘Conference on International Workshop on Intensive loading and Its Effect’, Beijing Institute of Technology, Nov. 29-Dec. 1, 2019, Beijing, China.

36. 崔俊芝*，“基于大数据技术与计算科学的智慧工程”，‘计算力学’分会场，邀请报告，‘中国力学大会-2019’，2019年8月26-30日，杭州。

37. 崔俊芝*，杨彦涛，“Damping Model for Structural Dynamics and the Damp Design for Large Scale Composite Structures”，‘材料科学中的计算问题专题研讨会’，邀请报告，8月28-30日，武汉大学。

38. 崔俊芝，“基于大数据的城市管理——从数字城市管理到智慧城市管理”，邀请报告，第八届国际智慧城市峰会和智慧城市管理论坛，2019年12月16-18日，郑州，中国。

39. 崔俊芝，“现代城市治理——从数字化城市管理到智慧化城市治理”，在全国“基于大数据的社会治理与决策支持高级研修班”上的报告，人力资源和社会保障部与河南省人力资源和社会保障厅联合主办，2020年9月21-24日，郑州。

40. 崔俊芝，杨彦韬，“具有分布阻尼的结构动力方程与组合结构的分布阻尼设计”，“科学计算与统计分析学术前沿研讨会”，西北工业大学主办，2020年11月21-22日，西安。

41. 崔俊芝，“大数据时代的土木工程--若干相关的科学和技术问题”，精细爆破|东湖论坛，（2021，05，21-23）, 武汉，中国工程院土木、水利、建筑工程学部和江汉大学联合主办（线下）。大会邀请报告。

42. 崔俊芝，“非均质材料及其结构分析的高阶多尺度方法”，北京应用物理和计算数学研究所第四届年会，2021年6月17-19日，北京（线下）。大会邀请报告。

43. Junzhi Cui, Yifan Yu, “The ACC Model and Algorithms for Elastic-Plasticity Decomposition Based on MD Simulation”, International Symposium on Interdisciplinary Research in Civil Engineering Sciences (IS-IRCES),Sep.16-17/2021（网上）。大会邀请报告。

（7）译著

[1] G.斯特朗，G.J.费克斯著，崔俊芝，宫著铭等译，“有限元分析”，科学出版社，1983约26万字）。

[2] H.G.西夫尔著，崔俊芝，傅子智等译，“大型有限元软件MSG/NASTRAN”，国防工业出版社，1988年（约34万字）。

[3] 胡健, 崔俊芝,“有限元法手册”,H. 卡德斯图赛主编, 第一篇 ‘有限元法数学’,1-312, 科学出版社,1996.

6 译著：