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Research in construction materials integrates a multi-scale approach to analyze mechanical properties from the atomic level to the macro-scale. The Multi-Scale Construction Materials Laboratory (MCM-Lab) at Hanyang University leads innovative research leveraging these techniques to bridge scientific interpretations across scales, enhancing our understanding of construction materials.
RESEARCH KEYWORDS
Nano-structure
Nanostructure Characterization using Synchrotron X-ray Diffraction and Absorption, Ptychographic Imaging
Stress evaluation of construction materials
using Radiography
Pair Distribution Function analysis
on C-S-H Deformation Behavior
Nanotube-reinforced Cementitious Materials
Safety
Explosive Spalling Behavior of High-Performance Concrete
Behavior of Concrete under High Temperature
Fire-resistance Evaluation of Interior and Exterior materials
Development of Nuclear Radiation Shielding Materials
Development of 3-D Printing Construction Materials
Sustainability
Green Construction Materials
Mechanism of Removal of Toxic Elements
(Hexavalent Chromium) in Cement
High-Volume by-product Green cement
Autogeneous shrinkage of High-Performance Concrete
Application Photocatalytic TiO2 in Cement-based Materials
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