吴中伟, 廉慧珍. 水泥基复合材料科学研究中的辩证思维[J] . 混凝土, 2000 (4) : 3 - 7.Wu Z W, Lian H Z. Dialectic ideology on scientific researchesof cement based composites materials [J] . Concrete , 2000(4) : 3 - 7.
[2]
孙 伟, 严 云. 钢纤维高强水泥基复合材料的界面效应及其疲劳特性的研究[J] . 硅酸盐学报, 1994 , 22 (2) : 107 -116.Sun W, Yan Y. Study of t he interfacial effect and fatigue behavior of steel fiber reinforced high st rengt h cement basedcomposites materials [J] . J Chin Ceram S oc , 1994 , 22 (2) :107 - 116.
[3]
Beaudoin J J . Handbook of Fiber Reinforced Concrete : Principles , Properties , Development s and Applications [M] .Park Ridge : Noyes Publications , 1990. 85 - 86.
[4]
Diamond S , Mindess S , Lovell J . On t he spacing between aggregate grains in concrete and t he dimension of t he aureole det ransition [A] . In : Liaisons Pastes de Ciment / MateriauxAssociates [C] . Toulouse : RIL EM , 1982. C42 - C46.
[5]
Koenders E A B. Simulation of volume changes in hardeningCement-based materials [D] . Delft : Delft University of Technology , 1997.
[6]
陈惠苏, 孙 伟, St roeven P. 计算混凝土中平均邻近集料表面最近间距的正十二面体模型[J] . 硅酸盐学报, 2003 , 31(11) : 1048 - 1052.Chen H S , Sun W, St roeven P. Regular dodecahedron modelto calculate t he average surface spacing between t he nearestneighboring aggregate grains in concrete [J] . J Chin CeramS oc , 2003 , 31 (11) : 1048 - 1052.
[7]
陈惠苏, 孙 伟, St roeven P , 等. 计算混凝土中邻近集料表面间距平均值的体视学方法[J] . 哈尔滨工业大学学报,2005 (排印中) .Chen H S , Sun W, St roeven P , et al . Calculation of t he average value of surface spacing between t he neighboring aggregate grains in concrete by stereological met hod [J] . J ournalof Harbin I nstitute of Technology , 2005 (in press) .
[8]
van Breugel K. Simulation of hydration and formation ofst ructure in hardening cement-based materials [D] . Delft :Delft University Press , 1997. 198 - 256.
[9]
Navi P , Pignat C. Three dimensional characterization of t hepore st ruct ure of a simulated cement paste [J] . Cem ConcrRes , 1999 , 29 (4) : 507 - 514.
[10]
Barker G C. Computer simulations of granular material s[A] . In : Met ha A , ed. Granular Matter : An Interdisciplinary Approach [M] . New York : Springer-Verlag , 1994. 35- 83.
[11]
Nawy E G. Fundamental s of High Performance Concrete[M] . Second edition. New York : John Wiley & Sons , Inc ,2001. 14.
[12]
St roeven M. Discrete numerical modelling of composite materials [D] . Delft : Delft University of Technology , 1999. 224.
[13]
陈惠苏, 孙 伟, St roeven P , 等. 混凝土中邻近集料表面最近间距分布的计算机模拟[J] . 硅酸盐学报, 2004 , 32 (4) :422 - 427.Chen H S , Sun W , St roeven P , et al . Computer simulationof t he nearest surface distance dist ribution between neighboring aggregate grains in concrete [J] . J Chin Ceram S oc ,2004 , 32 (4) : 422 - 427.
[14]
陈惠苏. 水泥基复合材料集料-浆体界面过渡区微观结构的计算机模拟及相关问题研究[D] . 南京: 东南大学, 2003.Chen H S. Computer simulation of t he microst ruct ure of interfacial t ransition zone between aggregate and cement pastein cementitious composites and investigation of related issues[D] . Nanjing : Sout heast University , 2003.
[15]
Neville A M. Properties of Concrete [M] . Fourt h edition.London : Longman Group Limited , 1996. 167.
[16]
交通部公路科学研究所. 公路水泥混凝土路面施工技术规范(J TG F30 —2003) [S] . 北京: 人民交通出版社, 2003.Research Institute of Highway , Minist ry of Communicationsof t he People’s Republic of China. Technical specification forconst ruction of highway cement concrete pavement s ( J TGF30 —2003) [S] . Beijing : China Communications Press ,2003.
[17]
Diamond S , Huang J . The interfacial t ransition zone : Realityor myt h ? [A] . In : Katz A , Bentur A , Alexander M , et al ,eds. The Interfacial Transition Zone in Cementitious Composites , RIL EM Proceedings 35 [C] . London : E &FNSPON , 1998. 3 - 39.
[18]
Diamond S. Percolation due to overlapping ITZs in laboratorymortars ? A microst ruct ural evaluation [J] . Cem Concr Res ,2003 , 33 (7) : 949 - 955.
