1 |
Ko JK. An analysis of the characteristics of the manufactured concrete when cast mixed with admixtures according to its compound. [master's thesis]. [Chungju (Korea)]: Chungju National University; 2010. 72 p.
|
2 |
Korea Concrete Institute. Choisin Concrete Gonghag [Latest concrete engineering]. 3rd ed. Seoul (Korea): Kimoondang; 2001. Chapter 1, Concrete Jeong-ui & Baldalsa [Defition and history of concrete]; p. 23-5.
|
3 |
Park YS. Concrete material & examination. 1st ed. Seoul (Korea): Goomibook; 2004. Chapter 2, Concrete Jaelyo [Concrete material]; p. 15-68.
|
4 |
Jo JH, Jo MS. Architecture materials. 1st ed. Seoul (Korea): Kimoondang; 2015. Chapter 7, Concrete; p. 168.
|
5 |
Han CG. Remicon pumjil gwanli(II) [Remicon Quality Control (II)]. 1st ed. Seoul (Korea): Kimoondang, 2008. Chapter II, Botong Concrete [General concrete]; p. 80-4.
|
6 |
Korean Construction Specification 2017 [Internet]. Goyangsi (Gyeonggi-do): Korea Construction Standards Center. Available from: http://www.kcsc.re.kr/.
|
7 |
Korea Concrete Institute. Plant Equipments of Ready-Mixed Concrete and Quality of Concrete. 1st ed. Seoul (Korea): Kimoondang; 2004. Chapter 6, Plans to Improve the Quality of Ready-mixed Concrete; p. 101-15.
|
8 |
Kim RH, Bang JS, Kim YR, Song YC, Lee TG, Choi SW. Performance evaluation according to mixing of concrete. Proceeding of Korea Concrete Institute; 2017 May 10-12; Jeju, Korea. Seoul (Korea): Korea Concrete Institute; 2017. p. 469-70.
|
9 |
Kim KH. Quality assurance method for placing concrete with different mixing design ratios [master's thesis]. [Gunsan (Korea)]: Kunsan National University; 2018. 87 p.
|
10 |
Kim BS, Yeo HG. A study on functional features in types of the cities in korea. The Geographical Journal of Korea. 2010 Dec 31;44(4):537-52.
|