Ultra-High Ductility Magnesium-Phosphate-Cement-Based Composites
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As we chart our journey into the relentless pursuit of material innovation, we find ourselves at the threshold of an exciting new venture. The focus of our endeavor revolves around Ultra-High Ductility Magnesium Phosphate CementBased Composites (UHDMC)—a promising thread in the fabric of materials science that pledges unmatched strength and toughness. The importance of this breakthrough cannot be overstated in a world increasingly compelled to create sustainable and resilient infrastructures.
Magazines, reviews, and scientific literature abound with research on common construction materials such as concrete. Nonetheless, it has significant carbon footprint and deteriorated performance under extreme cold conditions-cannot normally set and harden. This is where the UHDMC emerges as an undisputed solution, showing remarkable strength, toughness, and environmental friendliness.
Each chapter within this book underscores a vital element of UHDMC. From analyzing the foundational performance of UHDMC with polyvinyl alcohol fiber and hybrid fiber to providing keen insights into its water stability, the authors lay the groundwork for a deeper understanding of these robust materials.
The authors’commitment to replacing one of the raw materials, magnesium oxide, with sustainable alternatives is demonstrated in discussions surrounding the development of UHDMC with fly ash and silica fume.
