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Issue
January - Volume 28, Issue 1, Pages 1 - 70
February - Volume 28, Issue 2, Pages 71 - 140
March - Volume 28, Issue 3, Pages 141 - 208
April - Volume 28, Issue 4, Pages 209 - 284
May - Volume 28, Issue 5, Pages 285 - 353
June - Volume 28, Issue 6, Pages 355 - 421
July - Volume 28, Issue 7, Pages 423 - 484
September - Volume 28, Issue 8, Pages 485 - 554
October - Volume 28, Issue 9, Pages 555 - 615
November - Volume 28, Issue 10, Pages 617 - 686
Volume 28, Issue 2
February 2016
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ISSN
0951-7197
EISSN
1751-7605
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Editorial
Editorial
Seishi Goto
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Nano–micro modelling of mechanical properties of cement paste based on molecular dynamics
Jikai Zhou
;
Junkai Huang
;
Long Jin
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for Nano–micro modelling of mechanical properties of cement paste based on molecular dynamics
A peridynamic approach for the simulation of calcium silicate hydrate nanoindentation
Zhao Jingjing
;
Zhang Qing
;
Huang Dan
;
Shen Feng
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for A peridynamic approach for the simulation of calcium silicate hydrate nanoindentation
A method for the reduction of deformation of high-strength lightweight cement concrete
Aleksandr Sergeevich Inozemtcev
;
Evgenij Valerjevich Korolev
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for A method for the reduction of deformation of high-strength lightweight cement concrete
Reactive powder concrete reinforced by nanoparticles
Guangcheng Long
;
Ye Shi
;
Kunlin Ma
;
Youjun Xie
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for Reactive powder concrete reinforced by nanoparticles
Influence of paraffin wax as a self-curing compound in self-compacting concretes
Madduru Sri Rama Chand
;
Pancharathi Rathish Kumar
;
Pallapothu Swamy Naga Ratna Giri
;
Garje Rajesh Kumar
;
Mupparisetty V. Krishna Rao
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for Influence of paraffin wax as a self-curing compound in self-compacting concretes
Resistance of fly ash–Portland cement blends to thermal shock
Tatiana Pyatina
;
Toshifumi Sugama
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for Resistance of fly ash–Portland cement blends to thermal shock
Measuring the distribution of sulfate phases in cement
Ying Ma
;
Jueshi Qian
;
Sha Yang
;
Lingxi Deng
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for Measuring the distribution of sulfate phases in cement
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Methylene blue test as an initial mineralogy-based method for suitability of clays as supplementary cementitious material
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