With engineering technology accumulated in the fields of design, construction and maintenance, we are also spurring the development of structure maintenance systems; improvement of performance of repair materials used for repair and reinforcement of structures and facilities in nuclear power plants; and development of new engineering technologies.
Development of seismic analysis model and technology for seismic stability evaluation
Development of technology for seismic qualification and seismic performance diagnosis of major nuclear power plant facilities
Development of techniques and new technologies for safety inspections and diagnosis
Development of equipment and technology for structural measurement, vibration measurement and dynamic characteristic analysis
Improvement of performance of repair materials and development of new technologies
Development of maintenance/control system for structures
Development of evaluation technique for effective tensile force of bonded tendon by signal
analysis
(Jan. 4, 2016 ~May 18, 2018)
Quantification of uncertainty in seismic response analysis
(Mar. 1, 2007 ~ Feb. 28, 2010 / Korea Institute of Nuclear Safety) and others.
Development of diagnosis for seismic performance of cabinet equipment by on-site test in
nuclear power plant
(Nov. 1, 2007 ~ Oct. 31, 2009 / Korea Hydro & Nuclear Power Co., Ltd.)
Development of technology for seismic qualification of major nuclear power plant facilities
using dynamic modification techniques
(Jan.1, 2008 ~ Aug.31, 2011 / Electricity Infrastructure Industry Development Business Center)
KEPIC-STB evaluation study on maximum frequency considered in soil-structure interaction
analysis based on direct method
(Mar. 26, 2009 ~ Jan. 25, 2010 / Korea Electric Association)
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