Existing Problems and Development tendency
Abstract
Keywords
Full Text:
PDFReferences
Mather B. Concrete Durability J. Cement and composites,2004,26 (1): 3-t (2) •
Stanton T E. Expansion of concrete through reaction between cement and aggregate [J] 11>Proceedings of the American Society of Civil Engineers , 1940,66:17814811 .
Shi C, Shi Z, Hu X, et al. A Review on alkali-aggregate reactions in alkali-activated mortars/concretes made with alkali-reactive aggregates 20>materials and Structures, 2015,48 (3)!641-648.
Jiang Demin, Zhang strong • about alkali - aggregate reaction problems J • Industrial Building , 2004,31 (7): 4547.
Chen Y Z. Alkali aggregate reaction in alkali slag cement mortars j] J Ournal of Wuhan University of Technolo-gy-materials Science , 2002,3 (2): b20>a- .
Gifford P M, Gillott J e^ alkali-silica reaction (ASR) and alkali-carbonate reaction (ACR) in Activated blast furnace slag cement (ABFSC) concrete [J]. Cement and concrete research,1996, 6 (1) : 21-26.
Yang Changhui, po Prudential. . Alkali of alkali slag concrete Aggregate reaction research J. Concrete , 1996,5 (6): 4247.
al-otaibi S. Durability of concrete incorporating GGBS activated by Water-glass J]. Construction and building ma-terials, 008,22 (a) : 20592067 .
Garcia-lodeiro I, Palomo A. Alkali-aggregate reaction in activated ash fly J]. Cement and concrete 2007,37 (2) : 175-483.
puertas F, Palacios M, Gil-maroto A, et al. alkali-aggregate behaviour of alkali-activated SLA G Mortars ^ Effect of aggregate type J]. cement and
Concrete composites,2009,31 (5)! 277-284.
Multon S, Cyr M, Sellier A, et al effects of aggregate size and alkali content on ASR expansion J]. Cement & concrete 2010,40 (4):
-516.
Chen Y Z, Xinc-heng P U, Yang C H. Alkali aggregate reaction in alkali slag cement mortars [J]. Journal of Wuhan University of technology-materials science,2002,11(3)!60-62.
Yang Changhui alkali-aggregate reaction study of alkaline cement system D]. Chongqing : Ph. d. thesis of Chongqing University of Architecture , 1997.
Lu D, Liu y, Zheng y, et al alkali-aggregate reactivity of typical siliceious glass and carbonate rocks in Al-ka Li-activated Fly ash based geopolymers Proceedings of spie-the International Society for Optical Engineering, 2013,8793 (1)! 4034-4037.
Gifford P M, Gillott J. Alkali-silica reaction (ASR) and alkali-carbonate reaction (ACR) in activated blast fu Rnace Slag Cement (ABFSC) concrete J]. Cement and concrete1996,26 (1) : 21-26.
Yang Changhui, po Prudential, Wu Fang • alkali aggregate reaction expansion of alkali-activated slag ce-ment Sands J . Silicate Journal , 1999,27 (6): 651-657.
Gu Lintao • Review of alkali aggregate reaction J . Building Technology , 2007,38 (1): 51
Jones T N, Poole A B. Alkali-aggregate reaction in several UK concretes:the effects of temperature and humidity on ex Pansion, and the Significance of ettringite development [c] Proceedings of the 7th International Conference on concrete alkali-aggregate reactions, 1986 : 546-556.
m barn Miss Aya Ito, Su Min, etc the Effect of temperature On the expansions of concrete caused by alka-li-aggregate reaction J]. Bulletin of Hiroshima Institute of Technology , 2007,41 (4) : 58-65.
kristjansson R, Olafsson H. Durability of concrete in Iceland. Durability. GM. Idorn International Symposium on durability of concrete
[C] : Toronto, Canada, 1992.
Deng Min, Tang Mingshu • , alkali content , humidity , Air entraining agent and alkali aggregate reac-tion J. Concrete and cement products , 1992,5 (3): 1446.
Yang Debin, Hu Zhongzi, , Tang Mingshu • go ice salt with alkali- - study on the synergistic effect of aggregate reaction and its prevention and control J. Cryogenic Construction Technology , 1995,59 (3): 1649.
Tan Wei, Zhang Yufu, Liu Junzhe • effect of deicing salts on alkali-aggregate reaction J . Cryogenic Construction Technology , 2004,102 (6):
Janbingen , Sun wei, , Hu Zhongzi, etc. . Study on expansion behavior of concrete under the action of double de-structive factors of chloride ion corrosion and alkali aggregate reaction J. Industrial Building , 2005,35 (2) : 77-79.
Shayan A. Effects of NaOH and NaCl solutions and temperature on the behavior of specimens ected to accelerated AAR tests J. Cement and concrete, 1998, (1) : 25-31.
Larbi J A, Hudec p p. A Study of Alkali-aggregate reaction in concrete:measurement and prevention:part ii:ar with saturated hot and cold NaCl Solutions J. Cement and concrete 1990,20 (1) : 73-78.
Janbingen , Sun wei, , Sha Jianfang, etc. . chloride diffusion law and binding ability of concrete under alkali-silica reaction J]. Journal of Southeast University ( Natural Science Edition ), 2006,36 (6): 956-961.
Zhan B, University S. Chloride diffusion and binding capacity in concrete suffered from ASR J . Journal of Southeast university,2006,36 (6): 956-961.
berube M A, Dorion J F, Duchesne J, et al. laboratory and field investigations of Influenc E of sodium chloride on Alkali-silica reactivity J]. Cement and concrete 2003,33 (1) : 77-84.
Care, S. Influence of aggregates on chloride diffusion coefficient into mortar J. Cement and concrete 2003,33 (a) : 1021^028.
Page C L, Sibbick R G. Mechanisms affecting the development of Alkali-silica reaction in Harde Ned Concretes exposed to saline environments J.Magazine of concrete 1998,50 (2) : 147-159.
puertas F, Palacios M, Gil-maroto A, et al. alkali-aggregate behaviour of alkali-activated SLA G Mortars ^ Effect of aggregate type J]. Cement and concrete composites, 2009,31 (5) !277-284.
Ahmed T, Burley E, Rigden S, et al. The effect of alkali reactivity on the mechanical properties of concrete J. construction & building Materials, 2003,17 (2): 123 444.
Liu Chen Xia, Chen Gaixin, Wang Xiujun, etc. . by Alkali - changes in mechanical properties of concrete dam-aged by aggregate reaction [C]. Proceedings of the National Symposium on Concrete durability .
wamy R N, Al-asali m Effect of Alkali-silica reaction on the structural behavior of Reinfo rced concrete beams [J] . ACI structural Journal, 1989,86 (4) :451-459
Rivard P, Saint-Pierre F. Assessing Alkali-silica reaction damage to concrete with non Destruc tive Methods:from The lab to the field J].
Construction and building materials,2009,2 3 (2)!902-909.
Saint-Pierre F, Rivard P, Ballivy G. Measurement of Alkali-silica reaction progression by ultr Asonic waves at-tenuation J]. Cement and concrete, 007,, (6) :948-956.
Farage M C R, Alves J L D, Fairbairn E M R macroscopic model of concrete subjected to alkali- Aggregate reac-tion [J]. Cement and concrete research,,004(3) : 495-505.
Capra B, Sellier A. Orthotropic modelling of Alkali-aggregate reaction in concrete: Numerical simulations [J] . Mechanics of Materials, 2003,35 (8) :817-830.
Huang M, Pietruszczak S. Modeling of thermomechanical effects of Alkali-silica reaction J. b20>Journal of Engineering mechanics, 1999,125 (4) : 476-485 .
Li Kefei. . Mechanical Simulation and engineering prediction of alkali-aggregate reaction of concrete struc-tures [D]. Shanghai : doctoral dissertation in Tongji University ,
comi c,fedele r,perego U. A Chemo-thermo-damage model for the "Analysis of" concrete dams affected by Alka-li-silica reaction [J . Mechanics of materials,2009(3) :210^30.
Liao Y, Chen D, Liu Z H, et al elastoplastic-damage compression constitutive model for cement Itious material subjected to alkali-silica reaction J. Journal of Advanced concrete Technology, 2014,1 2 (5) : 158^66.
Yanagihara K, Yoshida H. Modeling of expansion behavior due to alkali-silica reaction under Co mplicated stress J. Journal of Applied mechanics,2013,69 (2): 12794287.
DOI: http://dx.doi.org/10.18686/me.v3i1.1195
Refbacks
- There are currently no refbacks.
