Properties of Pre- and Post-Tensioned Hybrid-Epoxy-Cement Concrete Members for Construction Applications

Complete reference on the field of post-tensioned concrete (PTC), covering applications, key trends, recent research, and new technologies Combining both breadth and depth, Properties of Post-Tensioned Hybrid-Epoxy-Cement Concrete Members for Construction Applications delivers a comprehensive summary of the field of post-tensioned concrete (PTC). Properties of Post-Tensioned Hybrid-Epoxy-Cement Concrete Members for Construction Applications includes information on: Importance of post-tensioned concrete members in terms of shear stress, flexural stress, and compressive stress throughout the embedded length of mono-strands and ductsFactors related to mono-strands and ducts, such as duct size, duct material, duct embedment, strand embedment, and grout strengthKey trends and research results in the field and new technologies to cope with the daily challenges of PTCHistory of PTC, from Peter H. Jackson’s USA patent in 1888 to Urlich Finsterwalder’s contributions building bridges in Germany Properties of Post-Tensioned Hybrid-Epoxy-Cement Concrete Members for Construction Applications is an essential reference on the subject for R&D managers in industry and those undertaking applied research in universities and other higher education institutions.