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This book is comprehensive guide to designing high-performance concrete suitable for areas with extreme salinity, corrosion, and chloride risks. It offers an in-depth understanding of high-strength concrete, vital for modern construction in challenging environments. The book encapsulates current knowledge and extensive research, advocating for the acceptance and application of this advanced concrete. Three distinct classes of high-strength concrete analyzed, based compressive strength (kg/cm2):1. Class 1 (352 to 703 kg/cm2): Demonstrates superior durability and environmental resistance…mehr

Produktbeschreibung
This book is comprehensive guide to designing high-performance concrete suitable for areas with extreme salinity, corrosion, and chloride risks. It offers an in-depth understanding of high-strength concrete, vital for modern construction in challenging environments. The book encapsulates current knowledge and extensive research, advocating for the acceptance and application of this advanced concrete. Three distinct classes of high-strength concrete analyzed, based compressive strength (kg/cm2):1. Class 1 (352 to 703 kg/cm2): Demonstrates superior durability and environmental resistance compared to traditional concrete.2. Class 11 (703 to 1054 kg/cm2): Offers enhanced performance for demanding construction scenarios, showcasing balance between strength and adaptability.3. Special Class (1054 kg/cm2): Represents the zenith of concrete technology, integrating cutting-edge research for unprecedented performance levels.The book delves into the science behind each class, emphasizing the unique composition and properties that make them suitable for high-risk environments. It bridges the gap between theoretical research and practical application.
Autorenporträt
Jesus Enrique Sanchez Jimenez M.Sc. ; Youness El Hamzaoui, Ph.D.; Alfredo Verastegui Pasos, M.Sc. - experts in Concrete Construction, Soil Mechanics, and Data Science. Their work focuses on developing innovative solutions in civil engineering, aiming to contribute significantly to the advancement of technology and the understanding of complex mate.