Journal
2023 IEEE UNDERWATER TECHNOLOGY, UT
Volume -, Issue -, Pages -Publisher
IEEE
DOI: 10.1109/UT49729.2023.10103374
Keywords
cementitious materialst; durabiltiy; in-situ monitoring; in-situ casting; microorganisms
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In recent years, there has been an increasing demand for deep-sea utilization in both industries and natural science research, and the main utilization of the deep sea is about to begin. This paper introduces the authors' investigations into the mix designs and construction methods of cementitious materials and structures for this trend. The paper also presents the authors' previous studies on the durability of cementitious materials under deep-sea conditions and in-situ casting tests of cementitious materials on the deep seafloor.
In recent years, demands for deep-sea utilization has been increasing from industries as well as natural science research, and the major utilization of the deep sea is being started soon. The authors have investigated the mix designs and construction methods of cementitious materials and structures for this trend. In this paper, our previous studies on the durability of cementitious materials under deep seas and in-situ casting tests of cementitious materials on deep seafloor are introduced.
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