Roller Compacted Concrete Rapid Damming Technology

　　Roller compacted concrete（RCC） gravity dam has shown rapid construction speed， low cost and good engineering quality and other advantages. In the recent year， the rapid development of RCC dams in China， especially the completion of high DAMS over 100m， damming RCC materials and construction technology of China is indeed a kind of technical concept with unique characteristics of China. Carefully analyzing various technologies， their contents are very rich， and the connotation is also deep， and the application is very convenient and handy， to be easy to master. What more valuable is that， whenever a large RCC dam is completed， there are almost always innovations and improvements， so that the development of the technology is constantly rooted in the source of project construction. For technical progress in various aspects， many engineering technicians have written a large number of special treatises or monographs， well welcomed by industry peers. In order to better promote the design and construction concept of Chinese RCC dam in the world， Wu Zhengqiao and others translated the book with the permission of the author.House for their strong support.

暂缺《Roller Compacted Concrete Rapid Damming Technology》作者简介

Translator's Preface
Preface
Foreword
Chapter 1 General
1．1 Development Level of RCC Damming Technology in China
1．2 Development History of RCC Dam
1．3 Popularization and Application of RCC Damming Technology
1．4 Discussion on Key Rapid Damming Technologies of RCC
1．5 Innovation and Reflection on RCC Rapid Damming Technology
Chapter 2 Design and Rapid Construction of RCC Dams
2．1 Overview
2．2 Design and Rapid Construction of RCC Dam
2．3 Design Index of RCC and Material Zoning of Dam
2．4 Introduction to RCC Dam Design
2．5 Conclusion
Chapter 3 Raw Materials and Project Examples
3．1 General
3．2 Cement Properties and Project Cases
3．3 Performance and Quality Test of Fly Ash
3．4 Performance of Hydraulic Concrete Admixtures
3．5 Aggregate Properties and Project Cases
3．6 Conclusion
Chapter 4 RCC Mix Proportion Design and Example
4．1 Overview
4．2 RCC Mix Proportion Parameter Selection
4．3 Design Basis and Content of Mix Proportion
4．4 RCC Mix Proportion Design Method
Chapter 5 Research and Application of RCC Performance
5．1 Overview
5．2 Properties and Influencing Factors of RCC
5．3 Study on Relationship of Admixture， VC Value， Temperature with Setting Time
5．4 Autogenous Volume Deformation， Adiabatic Temperature Rise and Creep Tests
5．5 Test Study on Properties of RCC with Manufactured Sand and River Sand
Chapter 6 Research and Application of RCC Admixture
6．1 Overview
6．2 Micro Analysis and Study of RCC Admixture
6．3 The Research and Application of SL Admixture in Gelantan Project
Chapter 7 Research and Utilization of Rock Powder in RCC
7．1 Overview
7．2 Limestone Rock Powder
7．3 Influence of Rock Powder on Performance of RCC
7．4 Project Examples of RCC with Rock Powder Replacing Sand
7．5 Study on Utilization of Baise Diabase Manufactured Sand and Rock Powder in RCC
……
Chapter 8 Construction Technology of GEVR
Chapter 9 Key Technology for Rapid Construction of RCC
Chapter 10 Temperature Control and Cracking Prevention of Roller Compacted Concrete
Chapter 11 RCC Quality Control and Project Cases
Chapter 12 Core Drilling， Pump-in and In-situ Shear Tests
Chapter 13 RCC Cofferdam Construction and CSG Damming Technology
Appendix
Main References