This book compiles research findings focused on high-performance concrete and additive manufacturing, providing readers with targeted research practices and case analyses. The usage of high-performance concrete is growing exponentially, particularly in the design and application of complex structures. However, with the incorporation of reactive minerals, various admixtures, and fibers, research on high-performance concrete has become increasingly fragmented. Moreover, the corresponding mechanisms and principles governing its behavior have not received adequate attention. Against this backdrop, it emphasizes discussions and analyses of high-performance concrete research, especially mechanism studies. The field of printable concrete and its associated mechanical research is equally worthy of exploration, offering highly imaginative means for constructing novel future cities.
This book compiles research findings focused on high-performance concrete and additive manufacturing, providing readers with targeted research practices and case analyses. The usage of high-performance concrete is growing exponentially, particularly in the design and application of complex structures. However, with the incorporation of reactive minerals, various admixtures, and fibers, research on high-performance concrete has become increasingly fragmented. Moreover, the corresponding mechanisms and principles governing its behavior have not received adequate attention. Against this backdrop, it emphasizes discussions and analyses of high-performance concrete research, especially mechanism studies. The field of printable concrete and its associated mechanical research is equally worthy of exploration, offering highly imaginative means for constructing novel future cities.
Mohamed Abdelkader Ismail
Additive Manufacturing Printable Concrete Mineral powders High Performance Concrete Environmental Adaptability