New technologies in construction are allowing us to radically change our views and approaches to traditional methods of constructing buildings and structures, as well as to address issues like reducing energy and resource consumption, speeding up and enhancing quality of construction.
New technologies in construction are allowing us to radically change our views and approaches to traditional methods of constructing buildings and structures, as well as to address issues like reducing energy and resource consumption, speeding up and enhancing quality of construction. This book presents an analysis of resource- and energy-efficient types of building mixtures for 3D printing and requirements for their technological and other properties.
Key Features:
- The book presents analysis of resource-and energy-efficient types of construction mixtures for 3D printing
- Presents analysis of the influence composition factors of mixtures
- Shows how compositions of fine-grained concrete mixtures were developed
- Presents methodology for designing optimal compositions of mixtures for 3D printing
Preface.
1. Construction Mixtures for 3D Printing.
2. Modified
Ash-Containing Construction Mixtures for 3D Printing.
3. Mixtures Based on
Cement-Slag Binder with Modifying Additives.
4. Mixtures Based on
Gypsum-Cement-Pozzolan Binders.
Leonid Dvorkin DSc (1983), Full Professor since 1985. Head of Constructing Products Technology and Material Science Department, National University of Water and Environmental Engineering, Ukraine. Published more than 40 monographs and textbooks on actual problems in technology of binders, concrete and other constructing material. Published many scientific papers and presented research reports at national and international conferences.
Marchuk V. is a Candidate of Technical Sciences, Associate Professor of the Department of Construction Products Technology and Materials Science of the National University of Water and Environmental Engineering (Ukraine), author of many scientific works devoted to current problems of concrete technology.
