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Research InstitutesConstruction Engineering Research Laboratory

Construction Engineering Research Laboratory

Construction Engineering Research Laboratory

LocationS303, Engineering Building 3
Phone82-31-670-5149
E-mailsecho@hknu.ac.kr

Construction Engineering Research Laboratory

Construction Technology Research Center has the purpose to promote the development of construction technology and contribute to the development of local communities by utilizing Hankyong National University's outstanding research facilities to execute joint researches with public or industrial organizations and provide technical advising services. The Center is consists of faculties in Civil Engineering, Architectural Engineering, Safety Engineering, and Landscape Engineering and suggests problem-solving measures in construction technology based on professional and comprehensive research and analysis. By doing so, it contributes to the technological development of Korea and assists Hankyong National University in fulfilling its role for the development of local communities.

Research Achievements

 2002Durability of High Performance Shoctcrete (30,000,000) Paik Shinwon - Bau Consultant
 Monitoring the DangWang small stream : before stream rectification project (12,000,000) Ahn Tae Jin - Ansung city
 2003Hydraulic monitoring the Hwangugi stream rectification project to environmentally restore stream channel for 5 years (2003-2008) (220,000,000) Ahn Tae Jin - Saman Corporation
 Hydrologic analysis for ChungYoung stream rectification project (30,000,000) Ahn Tae Jin ? Gumho Corporation
 2-dimensional hydraulic analysis for the Manwoo stream rectification project (34,000,000) Ahn Tae Jin ? Gumho Corporation
 2004 Measurement of stream flows for the Liniin and the Ansung stream (33,000,000) Ahn Tae Jin- Namwon Engineering Company
  Monitoring the DangWang small stream I : after stream rectification project (29,700,000) Ahn Tae Jin- Ansung city
  Eco-hydraulic monitoring the Manwoo stream rectification project to environmentally restore stream channel for 5 years (2004-2008) (234,000,000) Ahn Tae Jin - Kyonggi Development Corporation
2006  Monitoring the DangWang small stream II : after stream rectification project (27,800,000) Ahn Tae Jin- Ansung city
  Economic feasibility study on the expansion project of the drainage gates in Asan seawall (20,000,000) Ahn Tae Jin ? Korea Development Institute
  Development of the techniques for creation of ecological washland adjacent rivers I (145,400,000) Ahn Tae jin - Korea Institute of Civil Engrg. and Building Technology
 2007 Development of the techniques for creation of ecological washland adjacent rivers II (158,000,000) Ahn Tae jin - Korea Institute of Civil Engrg. and Building Technology
 2008 Development of the techniques for creation of ecological washland adjacent rivers III (269,000,000) Ahn Tae jin - Korea Institute of Civil Engrg. and Building Technology
 2009 Development of the techniques for creation of ecological washland adjacent rivers IV (211,900,000) Ahn Tae jin - Korea Institute of Civil Engrg. and Building Technology
 2010 Development of the techniques for creation of ecological washland adjacent rivers V (255,000,000) Ahn Tae jin - Korea Institute of Civil Engrg. and Building Technology
 2011 Capacity assessment and optimal operating technique development of urban drainage system for flood disaster prevention (90,000,000) Ahn Taejin - National Emergency Management Agency
  Development of a new resource and Environment-friendly Concrete Blocks using CRT glass waste recycling.(1/2) (71,000,000) Choi Jungho - Daseong Industries Co., LTD.
  Finding Dispersion Coefficients at Principal River Systems in Korea(I) (29,926,000) Baek, Kyong Oh ? National Research Foundation of Korea
 2012 Development of new resource and Environment-friendly Concrete Block using CRT glass waste recycling.(2/2) (59,000,000) Choi Jungho - Daseong Industries Co., LTD.
  Development of Hydro-Power System Reusing Water Resources for Renewable Energy (48,000,000) Baek, Kyong Oh - AURI
  Capacity assessment and optimal operating technique development of urban drainage system for flood disaster prevention II (80,000,000) Ahn Taejin - National Emergency Management Agency
 2013 Capacity assessment and optimal operating technique development of urban drainage system for flood disaster prevention(III) (43,200,000) Ahn Taejin ? National Emergency Management Agency
  Development of a process-based evaluation criterion for landslides due to rainfall infiltration into soil(II) (45,000,000) Cho Sung Eun ? National Research Foundation of Korea
  Safety assessment of the embankment and cut slope(I) (61,000,000) Cho Sung Eun ? Korea Agency for Infrastructure Technology Advancement
  Finding Dispersion Coefficients at Principal River Systems in Korea(III) (30,140,000) Baek, Kyong Oh ? National Research Foundation of Korea
  Development of Impeller type active tidal current power generation system (20,000,000) Baek, Kyong Oh - Korea Institute of Energy Technology Evaluation and Planning
  Development of reliability analysis technique for smart structural control system (44,850,000) Ok, Seung-Yong ? National Research Foundation of Korea
2014  Development of a process-based evaluation criterion for landslides due to rainfall infiltration into soil(III) (44,000,000) Sung Eun Cho? National Research Foundation of Korea
  Safety assessment of the embankment and cut slope(II) (88,600,000) Cho Sung Eun ? Korea Agency for Infrastructure Technology Advancement
  Finding Dispersion Coefficients at Principal River Systems in Korea(IV) (30,140,000) Baek, Kyong Oh ? National Research Foundation of Korea
  Development of reliability analysis technique for smart structural control system (44,850,000) Ok, Seung-Yong ? National Research Foundation of Korea