Guest Editors
Xiao-Yong Wang, Professor, Kangwon National University, Korea.
Professor Wang Xiaoyong is a full professor in the Department of Architectural Engineering and Department of Integrated Energy and Infra System of Kangwon National University. Professor Wang Xiaoyong received his bachelor's and master's degrees from Harbin Institute of Technology, and his Ph.D. from Hanyang University. After graduating with his Ph.D., he worked as a postdoctoral researcher at Hanyang University for two years. His research direction is concrete performance modeling and optimization design. He has published more than 100 papers as corresponding author and first author, and he is a research excellent professor at Kangwon National University. He has also organized several special issues to address the low-carbon and carbon-neutralization of the concrete industry.
Run-Sheng Lin, Kangwon National University, Korea.
Run-Sheng Lin is a researcher at Kangwon National University. The main research areas are carbon neutrality in cement-based materials, sustainable building materials, the durability of building materials, self-healing concrete, microstructure & hydration of cement composite materials, etc. He has published over 17 international peer-reviewed papers, of which 8 are the first author. In addition, he is also the reviewer of more than ten journals.
Summary
Concrete is one of the most
widely used materials in civil engineering. While meeting engineering needs,
concrete structures are also facing various challenges. The recycling of
materials and the reduction of CO2 emissions are important issues
that need to be resolved urgently. Fly ash from thermal power plants, slag from
the iron and steel industry, and rice husk ash from agricultural by-products
can replace a part of cement and reduce CO2 emissions. In addition,
after the concrete structure is dismantled, it can be crushed into coarse
aggregate and reused in the production and manufacture of concrete. How to
reduce or even eliminate CO2 emissions while meeting the
construction performance is an urgent problem for academic institutions,
concrete construction companies, and government departments to solve. The
purpose of this research is to provide an exchange platform for sustainable
concrete with recyclable materials, to discover practical and feasible methods
for the carbon reduction of the concrete industry, and to promote the
sustainable development of the construction industry.
This Special Issue welcomes
research papers and review papers. The research topics of this special issue
include but are not limited to the following:
Supplementary cementitious
materials
Recycled aggregate
Carbonation curing
Low-carbon cement and
concrete
Material design considering
CO2 emission
Durability and
sustainability
Alkali activated cement and
concrete
Mineral admixtures
Keywords
Supplementary cementitious materials; Recycled aggregate; Carbonation curing; Low-carbon cement and concrete; Material design considering CO2 emission; Alkali activated cement and concrete; Mineral admixtures; Durability; Sustainability
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