| Title |
An Experimental Study on the Manufacturing System and Development of High-Flowing Concrete |
| Authors |
김무한 ; Kamata Eiji ; 한천구 ; 송하영 ; 김규용 |
| Abstract |
It is now increasingly recognized that the high fluidity of high flowing concrete can be affected by numerous parameters which characterize either the cement, the mineral, chemical admixture or the my proportation. Particularly performance ofsuperplasticizer used to enhance the high flowbility obviously plays a key role in the rheology and fluidity of high flowing concrete.In this experiment, it is aimed to investigate, compare and evaluate the flowbility, passability, compactability and segregation resistability of high flowing concrete according to the kinds and addition rate of superplasticizing agents in respect as a serial experimental study on the manufacturing system and development of high flowing concrete in the side of new material development of construction industry. |