Preface

Abstract

References

Bai, Y.L. , Ling, Z. , Luo, L.M. and Ke, F.J. ( 1992). Initial Development of Microdamage Under Impact Loading , Journal of Applied Mechanics, (ASME Transactions), 59: 622-627.

Bai, Y.L. , Wang, H.Y. , Xia, M.F. and Ke, F.J. ( 2005). Statistical Mesomechanics of Solid, Liking Coupled Multiple Space and Time Scales, Applied Mechanics Review, 58: 372-388.

Chen, B. , Peng, X. , Fan, J. and Chen, S. ( 2005). A Constitutive Description for Casting Aluminum Alloy A104 Based on the Analysis of Cylindrical and Spherical Void Models, International Journal of Plasticity, 21: 2232-2253.

Chen, J.K. , Huang, Z.P. and Mai, Y.W. ( 2003). A Constitutive Relation of Particulate-reinforced Viscoelastic Composite Materials with Debonded Microvoids, Acta Materialia , 51: 3375-3384.

Chen, J.K. , Huang, Z.P. and Yuan, M. ( 2008). A Constitutive Theory of Particulate-reinforced Viscoelastic Materials with Partially Debonded Microvoids, Computational Materials Science, 41: 334-343.

Fan, X.J. and Yu, S.W. ( 1992). Temperature Fields at Crack Tip in a Damaging Medium , Zeitschrift fur Angewandte Mathematik und Mechanik, 72: 166-169.

Feng, X.Q. ( 2001). On Estimation Methods for Effective Moduli of Microcracked Solids, Archive of Applied Mechanics, 71: 537-548.

Feng, X.Q. and Yu, S.W. ( 1994). An Upper Bound on Damage of Elastic-Plastic Structures at Shakedown, Internatiomal Journal of Damage Mechanics, 3: 277-289.

Feng, X.Q. and Yu, S.W. ( 1996). Analysis of Damage Localization at Crack Tip in a Brittle Damaged Material, Engineering Fracture Mechanics, 53: 169-177.

10.

Feng, X.Q. , Li, J.Y. and Yu, S.W. ( 2003). A Simple Method for Calculating Interaction of Numerous Microcracks and Applications, International Journal of Solids and Structures, 40: 447-464.

11.

Gao, F. and Xie, H. ( 1996). Statistical Fractal Strength Theory for Rock Materials , In: Mining Science & Technology, Rotterdam, Balkema, pp. 747-750.

12.

Han, W.S. , Xia, M.F. , Shen, L.T. and Bai, Y.L. ( 1997). Statistical Formulation and Experimental Determination of Growth Rate of Micrometre Cracks Under Impact Loading, International Journal of Solids and Structures, 34: 2905-2925.

13.

Hao, S. , Yu, S.W. and Hwang, K.C. ( 1994). The Asymptotic Finite Deformation Solutions of the Damage Fields at a Crack-tip and Around a Blunted Notch-tip for Nonlinear Material , European Journal of Mechanics A - Solids, 13: 227-250.

14.

Huang, M.S. , Li, Z.H. and Wang, C. ( 2007). Discrete Dislocation Dynamics Modelling of Microvoid Growth and its Intrinsic Mechanism in Single Crystals, Acta Materialia, 55: 1387-1396.

15.

Huang, Z.P. and Li, H.L. ( 2000). Statistical and Stochastic Description of Microvoid Evolution Observed in Dynamic Failure of Ductile Materials, Key Engineering Materials, 177-180: 1-12.

16.

Huang, Z.P. and Wang, J. ( 2006). Nonlinear Mechanics of Solids Containing Isolated voids , ASME Applied Mechanics Review, 59: 210-229.

17.

Huang, Z.P. , Yang, L.M. and Pan, K.L. ( 1993). Dynamic Damage and Failure of Materials, Advances in Mechanics , 23: 433-467. (in Chinese).

18.

Li, H.L. and Huang, Z.P. ( 1999). A Statistical Model of Microvoids’ Evolution in rate Sensitive Ductile Materials - Solution for High Stress Triaxiality Cases , International Journal of Damage Mechanics, 8: 41-60.

19.

Li, X.K. ( 1995). Large Strain Constitutive Modelling and Computation for Isotropic, Creep Elastoplastic Damage Solids, International Journal for Numerical Methods in Engineering, 38: 841-860.

20.

Li, X.K. , Duxbury, P.G. and Lyons, P. ( 1994). Coupled Creep-Elastoplastic-Damage Analysis for Isotropic and Anisotropic Non-linear Materials, International Journal of Solids and Structures, 31: 1181-1206.

21.

Li, Z.H. and Steinmann, P. ( 2006). RVE-based Studies on the Coupled Effects of Void Size and Void Shape on Yield Behavior and Void Growth at Micron Scales, International Journal of Plasticity, 22: 1195-1216.

22.

Li, Z.X. ( 1994). Effective Creep Poisson’s Ratio for Damaged Concrete , International Journal of Fracture, 66: 189-196.

23.

Li, Z.X. and Mroz, Z. ( 1994). Damage Model for Viscoplastic-softening Behavior: Cement Paste and Concrete, Theoretical and Applied Fracture Mechanics , 20: 105-113.

24.

Li, Z.X. and Xiao, L.G. ( 1996). Finite Element Analysis of Local Damage and Post-failure Behavior for Strain-softening Solid, International Journal of Fracture, 80: 85-95.

25.

Li, Z.X. , Chan, T.H.T. and Ko, J.M. ( 2002). Evaluation of Typhoon Induced Fatigue Damage for Tsing Ma Bridge, Engineering Structures, 24: 1035-1047.

26.

Ma, L. , Wang, X.Y. , Feng, X.Q. and Yu, S.W. ( 2005). Numerical Analysis of Interaction and Coalescence of Numerous Microcracks, Engineering Fracture Mechanics, 72: 1841-1865.

27.

Peng, X. , Meyer, C. and Fang, L. ( 1997). A Thermomechanically Consistent Continuum Damage Model for Concrete Materials, Journal of Engineering Mechanics. ASCE, 123: 60-69.

28.

Rong, F. , Xia, M.F. , Ke, F.J. and Bai, Y.L. ( 2005). Adaptive Mesh Refinement FEM for Damage Evolution of Heterogeneous Brittle Media, Modelling and Simulation in Materials Science and Engineering, 13: 771-782.

29.

Sun, L.Z. and Huang, Z.P. ( 1992). Dynamic Void Growth in Rate-sensitive Plastic Solids , International Journal of Plasticity, 8: 903-924.

30.

Sun, Z.J. and Wang, L.L. ( 2006). Studies on Impact Constitutive Behavior and Damage Evolution for PP/PA Polymer Blends at Large Deformation, Journal de Physique IV, 134: 117-124.

31.

Tang, C.A. ( 1993). Catastrophe in Rock Unstable Failure, Beijing, Coal Industry Press (in Chinese).

32.

Wang, L.L. , Jiang, Z.B. and Chen, J.Y. ( 1999). Studies on Rheological Relation of Materials by Taking Account of Rate-Dependent Evolution of Internal Defects at High Strain Rates , In: Ren Wang (ed.), IUTAM Symposium on Rheology of Bodies with Defects, Beijing, China, 2-6 September, pp. 167-178.

33.

Xia, M.F. , Han, W.S. , Ke, F.J. and Bai, Y.L. ( 1995). Statistical Meso-scopic Damage Mechanics and Damage Evolution Induced Catastrophe, Advances in Mechanics, 25: 1-40 and 145-173 (in Chinese).

34.

Xie, H. ( 1993). Fractals in Rock Mechanics, A.A. Balkema Publishers, Netherlands.

35.

Xie, H. and Gao, F. ( 2000). The Mechanics of Cracks and a Statistical Strength Theory for Rocks, International Journal of Rock Mechanics and Mining Science, 37: 477-488.

36.

Xing, X.S. ( 1966). Statistical Theory of Brittle Fracture, Acta Physica Sinica , 22: 487-497. (in Chinese).

37.

Xing, X.S. ( 1981). The Stochastic Formulation of Microcracks Evolution, Acta Physica Sinica , 30: 1615-1623. (in Chinese).

38.

Xing, X.S. ( 1990). Microscopic Statistical Theory of Damage Fracture, Engineering Fracture Mechanics, 37: 1099-1104.

39.

Xing, X.S. ( 1996). On Theoretical Framework of Nonequilibrium Statistical Fracture Mechanics, Engineering Fracture Mechanics, 55: 699-716.

40.

Xu, M.Q. and Wang, L.L. ( 2006). A New Method for Studying the Dynamic Response and Damage Evolution of Polymers at High Strain Rates, Mechanics of Materials , 38: 68-75.

41.

Xu, X.H. , Xia, M. , Ke, F. and Bai, Y. ( 2006). Experimental Evidence of Critical Sensitivity in Catastrophe , Pure and Applied Geophysics, 163: 1-17.

42.

Yang, Q. , Chen, X. and Zhou, W.Y. ( 2004). Relationship of Crack Fabric Tensors of Different Orders , Mechanics Research Communications, 31: 661-666.

43.

Yang, Q. , Chen, X. and Zhou, W.Y. ( 2005). Microplane-damage-based Effective Stress and Invariants , International Journal of Damage Mechanics, 14: 179-191.

44.

Yang, Q. , Chen, X. and Zhou, W.Y. ( 2005). On Microscopic Thermodynamic Mechanisms of Damage Evolution Laws, International Journal of Damage Mechanics, 14: 261-293.

45.

Yang, W. and Wei, Y.G. ( 1992). Progressive Damage Along Kink Bangs in Fiber-reinforced Composite Blocks Under Compression, International Journal of Damage Mechanics, 1: 80-101.

46.

Yang, W. , Tan, H.L. and Guo, T.F. ( 1994). Evolution of Crack-tip Process Zones, Modelling and Simulation in Materials Science and Engineering, 2: 767-782.

47.

Yin, X.C. , Yu, H.Z. , Kukshenko, V. , Xu, Z.Y. , Wu, Z.S. , Li, M. et al. (2004). Load-Unload Response Ratio (LURR), Accelerating Moment/Energy Release (AM/ER) and State Vector Saltation as Precursors to Failure of Rock Specimens, Pure and Applied Geophysics, 161: 2405-2416.

48.

Yu, S.W. and Feng, X.Q. ( 1995). A Micromechanics-based Model for Microcrack-weakened Brittle Solids, Mechanics of Materials, 20: 59-76.

49.

Zhang, J.Q. and Herrmann, K.P. ( 1999). Stiffness Degradation Induced by Multilayer Intralaminar Cracking in Composite Laminates, Composites: Part A, 30: 683-706.

50.

Zhang, Y. , Tang, C.A. , Liang, Z.Z. , Xu, T. , Lee, L.C. et al. (2006). Research on Parallel Computational Method of Rock Failure Process Analysis System, Chinese Journal of Rock Mechanics and Engineering, 25: 1795-07 (in Chinese).

51.

Zhou, C.W. , Yang, W. and Fang, D.N. ( 2000). Damage of Short-fiber-reinforced Metal Matrix Composites Considering Cooling and Thermal Cycling, Journal of Engineering Materials and Technology, 122: 203-208.