Publications
Proceedings pro065 : 2nd International Symposium on Design, Performance and Use of Self-Consolidating Concrete SCC'2009
Title: 2nd International Symposium on Design, Performance and Use of Self-Consolidating Concrete SCC'2009 Edited by C. Shi, Z.Yu, K.H. Khayat and P. Yan ISBN: 978-2-35158-073-8 e-ISBN: 978-2-35158-093-6 Pages: 913 Publication date: 2009 |
The first International Symposium on Design, Performance and Use of Self-Consolidating Concrete (SCC’2005-China) was held in Changsha, May 26-28, 2005. More than 130 participants from 15 countries attended the conference. Approximately 80 papers were selected for publication in the proceedings. During the past four years, significant progress has been made in the research, development, and implementation of SCC technology, which is reflected in the second International Symposium on Design, Performance and Use of Self-Consolidating Concrete (SCC’2009-China).
The Organizing Committee of the SCC’2009-China received more than 90 papers from all over the world. Several leading experts on SCC have been invited at the three panel sessions. SCC’2009 Conference covers several key aspects of SCC science and technology, including fundamental and material science aspects, admixture technology, workability and rheology, modelling of granular flow, test methods, mix design, production, processing and placement, aesthetics, durability, engineering properties, structural behaviour, and economics.
We are very appreciative of the generous financial support of sponsors. Finally, we would like to thank the Organizing Committee and International Technical Committee members for their diligent work in bringing this conference to success!
Contents
Preface Author(s): C. Shi, Z. Yu, K.H. Khayat, P. Yan |
Pages: XX - XX |
I. Keynote lectures
1.Self-Consolidating concrete: now and future Author(s): S.P. Shah, R.P. Ferron, N.A. Tregger, L. Ferrara, M.W. Beacraft |
Pages: 3 - 15 |
2. Recent development of PC superplasticizers Author(s): C. Shi |
Pages: 16 - 25 |
3. Characterization of fresh SCC properties with electrical resistivity Author(s): Z. Li, L. Xiao, Y. Tian |
Pages: 26 - 34 |
4. Status of self consolidating concrete (SCC) in Asia Pacific Author(s): S.M.F. Asmus, B.J. Christensen |
Pages: 35 - 42 |
5. Evaluation of SCC formwork pressure Author(s): K.H. Khayat, A.F. Omran |
Pages: 43 - 55 |
6. Modeling formwork pressure of SCC Author(s): D.A. Lange, Y-S. Liu, J. Henschen |
Pages: 56 - 63 |
7. Relationships between rheological properties and pumping of fresh self-compacting concrete Author(s): D. Feyes, R. Verhoeven, G. De Schutter |
Pages: 64 - 73 |
8. Early-age shrinkage and cracking of self-compacting concrete: measurement techniques and mitigation strategies Author(s): C. Miao, Q. Tian, J. Liu |
Pages: 74 - 84 |
II. Raw materials and mix design for SCC
9. Green design of reactive powder concrete by using Fuller's ideal curve Author(s): C.L. Hwang, S.L. Hsieh, C.H. Lee |
Pages: 87 - 95 |
10. Role of condensed silica fume in SCC-equivalent mortar Author(s): W.W.S. Fung, I.Y.T. Ng, P.L. Ng, A.K.H. Kwan |
Pages: 96 - 104 |
11. Optimizing mixing sequence and mixing time for SCC Author(s): I.Y.T. Ng, P.L. Ng, W.W.S. Fung, A.K.H. Kwan |
Pages: 105 - 113 |
12. Optimized design of aggregate particle size distribution for self-compacting concrete Author(s): B. Zhu, G. Ye, Z. Li, T. Tang, H. Xin |
Pages: 114 - 125 |
13. Development of carbon nanofiber self-consolidating concrete Author(s): D. Gao, M.S. Sturm, Y.L. Mo |
Pages: 126 - 134 |
14. A critical review of proportioning techniques for self-compacting concrete Author(s): L. Tang, B. Schouenborg |
Pages: 135 - 144 |
15. Discussion on mixture ratio design methods of self-compacting concrete Author(s): Z. Li, J. Rui, J. Zhuang |
Pages: 145 - 151 |
16. Self-compacting steel fiber reinforced concrete - A study about the influence of fibre content and concrete composition Author(s): K. Holschemacher, T. Mueller |
Pages: 152 - 161 |
17. Effect of adding micro-vegetable fiber in the mix design and resistance of self compacting concrete Author(s): M.A.S. Mohamed, G. Wardeh, E. Ghorbel |
Pages: 162 - 173 |
18. Investigation on SCC with two gradations of aggregates for hydraulic engineering Author(s): L. Ke-liang, L. Jian-ping, W. Yong |
Pages: 174 - 182 |
19. Optimization of powder fineness and water/powder ratio to improve segregation resistance of SCC Author(s): D. Lowke, T. Krankel, P. Schiebl |
Pages: 183 - 193 |
20. Admixtures for ultra-high strength (UHS) self consolidating concrete (SCC) Author(s): J. Kluegge, A. Ohta, S. Asmus |
Pages: 194 - 200 |
21. Effect of coarse aggregate on properties of self-compacting concrete Author(s): T. Krankel, D. Lowke, P. Schießl |
Pages: 201 - 211 |
22. An aggregate-space model for self-compacting concrete Author(s): G. Long, Y. Xie, Y. Liu, Z. Yu |
Pages: 212 - 218 |
23. A preliminary study of the properties of self-compacting concretes mixed with alkaline redox potential water Author(s): B. Sun, L. Wang, D. Liu |
Pages: 219 - 226 |
24. Super slump retaining PCE based admixtures for self consolidating concrete applications in the pre-cast concrete industry Author(s): N. Karl, J. Yang, S. Asmus, J. Kluegge |
Pages: 227 - 235 |
25. Slump flow model for evaluating of the rheological parameters of fresh FRSCC Author(s): S. Liu, Y. Ding |
Pages: 236 - 245 |
26. A new viscosity modifying agent (VMA) for low fines content self-consolidating concrete (SCC) Author(s): M. Corradi, J. Kluegge, N. Kar, B. Christensen, J. Yang |
Pages: 246 - 254 |
27. Mix proportion design in self-compacting high performance concrete and its application in dalian futures mansion Author(s): B.MN. Wang, L.Y. Zhao, J. Li |
Pages: 255 - 259 |
III. Workability of SCC
28. Experimental study on fine grain sand effect on mortar flow in high--performance concrete Author(s): A. Miyazawa, M. Ozawa, H. Morimoto |
Pages: 262 - 269 |
29. Study on the flow properties of cementitious materials with an amphoteric copolymer Author(s): W-H. Weng, K-C. Hsu |
Pages: 270 - 276 |
30. Significance of mortar film thickness to the workability of SCC Author(s): I.Y.T. Ng, W.W.S. Fung, P.L. Ng, A.K.H. Kwan |
Pages: 277 - 286 |
31. Influence or air content on the steady state rheological properties of fresh self-compacting concrete, without air entraining agents Author(s): D. Feys, R. Nicolas, R. Verhoeven, G. De Schutter |
Pages: 287 - 295 |
32. Application study of viscosity reducing type superplasticizers for low water binder ratio concrete Author(s): T. Sugiyama, T. Matsumoto, A. Ohta |
Pages: 296 - 302 |
33. A multi-scale investigation on the effect of viscosity modifying admixtures on the flowability and stability of self compacting concrete Author(s): M. Shekarchi, N.A. Libre, R. Khoshnazar, S.D. Marvasty, R.R. Nia |
Pages: 303 - 311 |
34. Investigation on the scattering-filling stone self-consolidating concrete Author(s): W. Shen, Z. Cai, T. Zhang, J. Hu, M. Zhou, W. Ma |
Pages: 312 - 322 |
IV. Properties of Hardened SCC
35. Time dependency of chloride migration coefficient in self-compacting concrete Author(s): K. Audenaert, G. De Schutter |
Pages: 325 - 334 |
36. Effect of harsh environment on properties of self compacting concrete Author(s): E. Vejmelkova, M. Jerman, P. Konvalinka, R. Cerny |
Pages: 335 - 342 |
37. Durability properties of self compacting concrete produced using blast furnace slag Author(s): E. Vejmelkova, M. Jerman, P. Konvalinka, S. Grzeszczyk, R. Cerny |
Pages: 343 - 350 |
38. Flow and strength characteristics of SCC containing limestone and chalk powders Author(s): B. Singh, R. Kumar, A. Singh Mukati |
Pages: 351 - 361 |
39. Comparison of creep of Brazilian self-compacting concretes with different prediction models Author(s): A.C. Marques, L.T. Kataoka, M.A. da Silva Machado, T.N. Bittencourt, M.P. Barbosa |
Pages: 362 - 370 |
40. Influence of temperature, cement and plasticizer type on the rheology of paste Author(s): H. Vicar |
Pages: 371 - 380 |
41. Strength properties and chloride permeability of self-compacting concrete Author(s): R. Siddique, P. Aggarwal, J. Khatib, Y. Aggarwal |
Pages: 381 - 390 |
42. Compressive strength modeling of SCC using linear regression and artificial neural network approach Author(s): R. Siddique, P. Aggarwal, Y. Aggarwal |
Pages: 391 - 398 |
43. Effect of surface applied corrosion inhibitors on the durability of chloride-contaminated self-compaction concrete Author(s): Z. Liu, C. Miao, J. Liu, W. Zhou |
Pages: 399 - 409 |
44. Cracking test and analysis of self-compacting concrete at early age Author(s): J. Wang, Y. Wang |
Pages: 410 - 415 |
45. Shear friction of reinforced concrete members in self-compacting concrete Author(s): P. Desnerck, L. Taerwe, G. De Schutter |
Pages: 416 - 425 |
46. Analysis on ITZ structure of self-compacting concrete Author(s): C. Yang, W. Chong, Y. Tao, Y. Wang, Z. Wang, Y. Jianxiong, Y. Lin |
Pages: 426 - 434 |
47. Influence of self-compacting concrete composition on sulphuric acid attack Author(s): D. Feyes, Z. Liu, G. Heirman, G. De Schutter, V. Boel, B. Desmet, J. Vantomme, O. Cizer, L. Vandewalle, D. Van Gemert |
Pages: 435 - 443 |
48. The properties of self-compacting lightweight aggregate concrete Author(s): H-J. Chen, K-C. Jane, J-L. Peng |
Pages: 444 - 451 |
49. Predicting the compressive strengh of self-compacting concrete using artificial neural network Author(s): Z-R. Yu, A. Ming-zhe, Z. Ming-bo |
Pages: 452 - 459 |
50. Effect of freezing-thawing cycles on the physical and mechanical characteristics of concrete Author(s): M.A.S. Mohamed, G. Wardeh, E. Ghorbel |
Pages: 460 - 472 |
51. Increase of SCC robustness to varying aggregate moisture content using VMA Author(s): P. Billberg |
Pages: 473 - 482 |
52. Statistical properties of steam-cured-plant produced SCC for prestressed precast applications Author(s): L. Ferrara |
Pages: 483 - 494 |
53. Effect of cellulose fibre on properties of self-compacting concrete with high-volume mineral admixtres Author(s): Z. Jiang, N. Banthia, S. Delbar |
Pages: 495 - 505 |
54. Statistical models to predict mechanical and visco-elastic properties of SCC designated for precast/prestressed applications Author(s): J. Wu, K.H. Khayat |
Pages: 506 - 525 |
55. Evaluation of the cement paste thixotropy Author(s): B. Helnan-Moussa, J.Y. Petit, Y. Vanhove, E. Wirquin |
Pages: 526 - 533 |
56. Experimental study on fiber reinforced high performance SCC and its application in tubbing segment Author(s): H. Liu, Y. Ding |
Pages: 534 - 541 |
57. The effects of expander admixture on strength and shrinkage cracking properties of self-compacting concrete by using artificial sand Author(s): Q. Vuong, L-H. Jiang, C-W. Miao, J-X. Hong, S-Z. Zhang |
Pages: 542 - 550 |
58. Long term behaviour of self-compacting fibre-reinforced concrete beams Author(s): N. Buratti, C. Mazzotti |
Pages: 551 - 561 |
59. The investigation of shear behaviour of R.C. beams of self-compacting concrete with high strength Author(s): H.R. Ebrahimi, M.H.A. Beygi |
Pages: 562 - 576 |
60. Research on impact properties of flexible fibre reinforced self-compacting concrete in middle-low intensity Author(s): X. He, Q. Yang |
Pages: 577 - 585 |
61. Study on performances of steel fiber reinforced C55 grade self-compacting concrete Author(s): B. Li, H. Gao, G. Cui, J. Zha |
Pages: 586 - 595 |
62. Properties of cement-based materials coated with shrinkage reducing agents Author(s): Z. Wang, D. Qiao, J. Qian, L. Shi, C. Shi |
Pages: 596 - 605 |
63. Effect of viscosity modifying agents on the rheology properties of cement paste with polycarboxylate superplasticizer Author(s): D. Wang, Z. Liu, Z. Wu, W. Xiong, Y. Zuo |
Pages: 606 - 614 |
64. Rock-filled concrete in China - Self compacting concrete for massive concrete Author(s): X. An, M. Huang, H. Zhou, F. Jin |
Pages: 615 - 627 |
65. Transient strain of self-compacting concrete exposed to high temperature Author(s): J. Tao, X. Liu, Y. Yuan, Luc Taerwe |
Pages: 628 - 638 |
66. Parameters determining the flow of concrete matrix Author(s): H. Vikan, H. Justnes |
Pages: 639 - 648 |
67. Carbonation of medium strength SCC Author(s): Y. Xie, K. Ma, G. Long |
Pages: 649 - 656 |
68. Drying shrinkage of medium strength Scc Author(s): K. Ma, Y. Xie, G. Long, Y. Luo |
Pages: 657 - 663 |
69. Effect of maximum aggregate size in air-entrained eco-SCC Author(s): F.V. Mueller, O.H. Wallevik |
Pages: 664 - 673 |
V. Structural performance
70. Arching action in steel reinforced self-compacting concrete slabs Author(s): S.E. Taylor, M. Sonebi, D. Kidd, W. McCord |
Pages: 676 - 686 |
71. Anticorrosive behavior of sefl-consolidating reinforced concrete beams after cracked Author(s): G. Chin-hsiang, H. Chao-lung |
Pages: 687 - 696 |
72. A self-compact concrete-steel composite structure for electrical transmission tower Author(s): J. Chen, Y. Ye, X-H. Sheng, D-Y. Huang, W-L. Jin |
Pages: 697 - 702 |
73. Experimental study on factors influencing creep of self-compacting concrete Author(s): J. Zheng, P. Chao, S. Luo |
Pages: 703 - 709 |
74. Effect of fly ash on the stress-strain behaviour of self-compacting concrete Author(s): S. Luo, P. Chao |
Pages: 710 - 716 |
VI. Constructability and Applications of SCC
75. Taiwan experience and recommendation of using SCC Author(s): C.L. Hwang, C.T. Chenb, T.J. Chen, W.C. Chend, C.Y. Tsaie |
Pages: 719 - 724 |
76. Minimum thickness of simply supported rectangular SCC slabs using tension stiffening model Author(s): K.U. Muthu, H. Narendra, H. Mattarneh, M. Vijay Anand, S. Ganesh |
Pages: 725 - 733 |
77. Self-consolidating concrete for slip form construction: mix design method and application Author(s): K. Wang, S. Shah, G. Lu, J. Grove |
Pages: 734 - 744 |
78. Underwater concreting using self-compacting grout with two stage concrete Author(s): H.S. Abdelgader, A.S. El-Baden, A.M. Othman |
Pages: 745 - 754 |
79. The use of SCC for the containment of high level radioactive waste Author(s): B. Craeye, G. De Schutter, H. Van Humbeeck |
Pages: 755 - 765 |
80. Developing practical SCC mixes for surface quality at a small precast concrete plant Author(s): W. Zhu, S. Black |
Pages: 766 - 775 |
81. Quantifying structural build-up through experimental measurements Author(s): R. Ferron, S.P. Shah |
Pages: 776 - 786 |
82. Performance analysis of self-compacting concrete in the construction of shanxi university lecture building Author(s): S-Y. Wu |
Pages: 787 - 793 |
83. Bonding between self-consolidating concrete and old existing concrete Author(s): B. Peng, W. Yi, C. Shi |
Pages: 794 - 800 |
84. Application of self-compacting concrete for bridge repair Author(s): X-F. Wang |
Pages: 801 - 807 |
85. Experiences with SCC to increase the productivity and applications of prefabricated elements in Mexico Author(s): R.E. Rodrigues Camacho, G.G. Martinez Corona, R. Uribe Afif, H.J. Montano Roman |
Pages: 808 - 816 |
86. Application of self-compacting concrete in Beijing Author(s): P. Yan, C. Yu |
Pages: 817 - 822 |
87. Status of self -consolidating concrete (SCC) in Asia Pacific Author(s): S.M.F. Asmus, B.J. Christensen |
Pages: 823 - 830 |
88. Self-compacting concrete, worldwide experience Author(s): S. Zhang, D. Hughes, A.A. Jeknavorian, T. Nishimura, K. Yang |
Pages: 831 - 840 |
89. Prediction of spacing and width of cracks for steel fibre reinforced self-compacting concrete flexural elements Author(s): N. Ganesan, P.V. Indira, P.T. Santhosh Kumar |
Pages: 841 - 850 |
90. Development of self-compacting concrete to produce precast cladding panels Author(s): C. Sui, M. Sonebi, A. Gupta, S. Taylor |
Pages: 851 - 859 |
91. Research and application of self-compacting concrete Author(s): Z. Yu, Y. Xie, X. Liu |
Pages: 860 - 870 |
92. The application of rheological method on the research of super-early-strength self-compacting concrete Author(s): R. Enping, Z. Shao, W. Qiang, Z. Xin, X. Zhong |
Pages: 871 - 877 |
93. Rheological properties of alkali activated cement for oil well lining Author(s): C. Ruiz-Santaquiteria, A. Fernandez-Jimenez, A. Palomo |
Pages: 878 - 891 |