(2008), Resistance to Root Penetration of Root Barrier for Green Roof System, Journal of the Korea Institute of Building Construction, (in Korean), 8(6), 123-129.

(2013), Effects of Surface Roughness on Contact Angle of Nanofluid Droplet, The Korean Society of Mechanical Engineers, (in Korean), 37(6), 559-566.

(2013), A Study on the Physical Property by Construction Condition of Urethane Waterproofing Membrane, Journal of the Korea Institute for Structural Maintenance and Inspection, (in Korean), 17(6), 138-144.

(2011), Performance Evaluation on the Waterproofing and Root Penetration Resistance Membrane Formed by Combining the Fiberglass Reinforced Plastic and the Self Adhesion Butyl Rubber Sheet for Green Roof System, Journal of the architectural institute of KOREA, (in Korean), 27(9), 117-124.

(2009), Experimental Study on the Root Barrier Design of Joint of Panel Type Waterproofing Method by Considering the Growth Diagnosis of Root, Journal of the architectural institute of KOREA, (in Korean), 25(9), 117-124.

(2009), A Study on the Establishment Institutional Policy to Keep the Safety of the Water-proofing and Root-proofing Layer for Green Roof Construction in the Building Structure, Journal of thearchitectural institute of KOREA, (in Korean), 25(2), 115-122.

(2011), Performance Evaluation System for Construction Environment of the Unified Waterproofing-Root Resistance Membrane layer of the Green Roof System, Journal of the Korea Institute ofBuilding Construction, (in Korean), 11(2), 189-199.

(2002), Surface and Adhesion Characteristics of Polyimide Film Treated by Corona Discharge, Korean Chemical Engineering Research, (in Korean), 40(5), 613-617.

(2012), An Analysis of Patterns on the Waterproofing and Root Penetration Resistance Membrane System used for Greenoof in Korea, Journal of the architectural institute of KOREA, (in Korean), 28(11), 191-198.

(2009), A Study on Test Method for Evaluating Root Resistance inWaterproofing and Root Resistance Membrane Used in Landscape Architecture, Journal of the Korea Institute ofBuilding Construction, (in Korean), 9(1), 89-98.