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References (20)
-
(1991)
Synthesis of Xonotlite and preparation method of artificial timber " , loumal ofBuildingProducts of Silic ates -
R. Jauberthie, M. Temimi, M. Laquerbe (1996)
Hydrothermal transformation of tobermorite gel to 10 Å tobermoriteCement and Concrete Research, 26
-
D. Klimesch, A. Ray, Brian Sloane (1996)
Autoclaved cement-quartz pastes: The effects on chemical and physical properties when using ground quartz with different surface areas Part I: Quartz of wide particle size distributionCement and Concrete Research, 26
-
(1991)
Light-weig ht refractory calci um silicate product -
(1991)
Light - weig ht refractory calci um silicate product with no asbestos -
(1991)
Synthesis of Xonotlite and preparation method of artificial timber",loumal ofBuildingProducts -
(1977)
Synthesis of normal and ano malous toberrn or ite s -
O. Janjić, M. Komljenovic, V. Milošević (1992)
Calcium hydrosilicate as a base for producing thermal insulation productsMaterials and Structures, 25
-
(1985)
Techn ology of Autoc laved Materials -
S.A.S. Eℓ-Hemaly, T. Mitsuda, H. Taylor (1977)
Synthesis of normal and anomalous tobermoritesCement and Concrete Research, 7
-
(1996)
Resea rch on reaction procedure of dynamic hydrotherm al synthesis of Xonotlite -
O. Shrivastava, S. Komarneni, E. Breval (1991)
Mg2+ uptake by synthetic tobermorite and xonotliteCement and Concrete Research, 21
-
(1988)
Study 0 11 Light-Weight Calcium Sili cat e Material with Micro-pores -
(1996)
Autoclaved cement -
(1989)
Study on kinetics and procedure of hydrothermal synthesis reaction of lime- sand system -
(1992)
C alcium hydrosili cate as a base for producing therm al insulation products -
(1987)
Artificia l limber of ca lcium silica te -
(1990)
Cement Chemistry -
N. Low, J. Beaudoin (1993)
Mechanical properties and microstructure of cement binders reinforced with synthesized xonotlite micro-fibresCement and Concrete Research, 23
-
(1991)
Study on quality inprovement of calciu m silicate therma l insulation product
- Publisher
- SAGE
- Copyright
- © 1999 SAGE Publications
- ISSN
- 1369-4332
- eISSN
- 2048-4011
- DOI
- 10.1177/136943329900200303
- Publisher site
- See Article on Publisher Site
Abstract
Two kinds of calcium silicate paste containing tobermorite and xonotlite crystallines, were used to prepare calcium silicate hydrate products by a single autoclaving process. The mechanical strength and microstructure of these products were determined to investigate the hardening mechanism of calcium silicate hydrate material. The relationship between the forming pressure and mechanical strength and the observed microstructure revealed that the mechanical strength of this type of material is attributed to a mechanism of contact hardening. Increasing the forming pressure could enhance its mechanical strength. However, it was also found that there was an optimum forming pressure that produced the maximum mechanical strength.
Journal
Advances in Structural Engineering – SAGE
Published: Jul 1, 1999