(2000), An Experimental Study on the Theoretical Void Ratio and the Replacement Proportion
of Silica Fume for the Strength Development of Porous Concrete, Proceeding of Conference
in Architectural Institute of Korea, 275-278.
(2004), Properties of Porous Concrete with Pressurized Compaction Method, Proceeding
of Conference in Korea Concrete Institute, 656-659.
(2009), Coefficient of Permeability in Permeable Concrete by the Testing Methods,
Proceeding of Conference in Korea Concrete Institute, 281-282.
(2009), Effect of Compacting Conditions on the Property of Permeable Concrete, Proceeding
of Conference in Korea Concrete Institute, 271-272.
(1995), Technical committee on ECO concrete Japan Concrete Institute, 56-58.
(2001), Fundamental Properties of Porous Concrete According to the Size of Aggregate,
Journal of the Korea Concrete Institute, 13(5), 438-446.
(2000), Influence of Mix Factors and Mixing Ratio of Aggregate of Porous Concrete,
Journal of the Korea Concrete Institute, 12(6), 91-98.
(2010), Effects of Expansive Admixture on the Mechanical Properties of Strain-Hardening
Cement Composite (SHCC), Journal of the Korea Concrete Institute, 22(5), 617-624.
(1998), An Experimental Study of Permeable Concrete Pavement for Application, Magazine
of the Korea Concrete Institute, 10(3), 165-172.
(2004), A Study on the Sound Absorption Properties of Porous Concrete by Recycled
Aggregate Contents and Target Void Ratio, Journal of the Korea Concrete Institute,
16(4), 541-548.
(2006), The Study on the Physical and Mechanical Properties of Porous Concrete according
to Compaction Method, Proceeding of Conference in Korea Concrete Institute, 813-816.
(2003), An Experimental Study on Application of Side Walk Concrete Slabs using Porous
Concrete, Journal of the Architectural Institute of Korea, 19(12), 139-146.