Art

J-GLOBAL ID：201602220704279512   Reference number：16A0213461

Development of the World’s Highest Strength Cementitious Material

世界最高強度セメント系材料の開発

Author (3)： KONO Katsuya (TAIHEIYO CEMENT CORP.) ,  NAKAYAMA Risa (TAIHEIYO CEMENT CORP.) ,  TADA Katsuhiko (TAIHEIYO CEMENT CORP.)
Material： 太平洋セメント研究報告  (Journal of Research of the Taiheiyo Cement Corporation)
Issue： 169  Page： 20-29  Publication year： Dec. 25, 2015 
JST Material Number： F0949B  ISSN： 1344-8773  CODEN： TKHOFN  Document type： Article
Article type： 原著論文  Country of issue： Japan (JPN)  Language： ENGLISH (EN)

Thesaurus term： Dental Cementum ,  *mortar ,  *binder (admixture) ,  three-component system ,  mixture ,  particle size (diameter) ,  particle size distribution ,  crystal structure ,  filling ,  hardened material ,  curing (cement) ,  *mechanical property ,  *compressive strength ,  water absorption ,  water absorption rate ,  low heat cement ,  Quartz ,  silica fume ,  pore structure ,  pore size distribution ,  *cementitious material ,  high strength ,  ternary mixture ,  close packing ,  cement hydrates ,  *high strength mortar ,  micropore volume ,  property ,  *strength
Semi thesaurus term： low heat portland cement

JST classification (2)： Manufacturing of cement  (YC05050Q) ,  Properties and analysis of cement  (YC05040F)

Reference (3)：

• K. Imai; K. Yamamoto; M. Kato; A. Muramatsu. Development and application of slender RC columns using concrete with design strength of 300 N/mm². Concrete Journal. 2013,51(12),p.959-966 (in Japanese).
• M. Uzawa; K Yamada. Trends in development of ultra high strength high toughness concrete using RPC. Concrete Journal. 2001,39(2),p.53-56 (in Japanese).
• C. C. Furnas. Grading aggregate -Mathematical relations for beds of broken solids of maximum density. Industrial and Engineering Chemistry. 1931,23(9),p.1052-1058.

Terms in the title (3)： 世界 ,  セメント系材料 ,  開発