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Experimental Study on Growth Mechanism of Green High Performance Concrete Strength

Cui, Shi Qi / Kong, Xu Wen / Dong, Can / Gu, Feng Chuan / Lv, Hong Di

Using SEM observation and X-ray diffraction analysis, explore the growth mechanism of green high performance concrete strength, study the microstructure of green high performance concrete as well as the species and state of products, to prove fly ash, mineral powder and additive can greatly enhance the strength, density and durability of concrete, and finally make low-strength concrete satisfy the need of green high performance.

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Experimental Study on Growth Mechanism of Green High Performance Concrete Strength

Cui, Shi Qi / Kong, Xu Wen / Dong, Can / Gu, Feng Chuan / Lv, Hong Di

Using SEM observation and X-ray diffraction analysis, explore the growth mechanism of green high performance concrete strength, study the microstructure of green high performance concrete as well as the species and state of products, to prove fly ash, mineral powder and additive can greatly enhance the strength, density and durability of concrete, and finally make low-strength concrete satisfy the need of green high performance.

Experimental Study on Growth Mechanism of Green High Performance Concrete Strength

Cui, Shi Qi / Kong, Xu Wen / Dong, Can / Gu, Feng Chuan / Lv, Hong Di

Using SEM observation and X-ray diffraction analysis, explore the growth mechanism of green high performance concrete strength, study the microstructure of green high performance concrete as well as the species and state of products, to prove fly ash, mineral powder and additive can greatly enhance the strength, density and durability of concrete, and finally make low-strength concrete satisfy the need of green high performance.

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Titel:

Experimental Study on Growth Mechanism of Green High Performance Concrete Strength

Beteiligte:

Cui, Shi Qi / Kong, Xu Wen / Dong, Can / Gu, Feng Chuan / Lv, Hong Di

Erschienen in:

Applied Mechanics and Materials ; 71-78 ; 229-241

Erscheinungsdatum:

27.07.2011

Format / Umfang:

13 pages

ISSN:

1662-7482 , 1660-9336

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.71-78.229

Medientyp:

Aufsatz (Zeitschrift)

Format:

Elektronische Ressource

Sprache:

Englisch

Schlagwörter:

Pozzolanic Activity , SEM , Interface Transition Zone , Calcium Silicate Hydrate C-s-h Gel , X-Ray Diffraction Analysis (XRD)

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