Abstract
Doctor Student, Dept. of Civil Engineering, Korea Maritime and Ocean University, Busan, 49112, KoreaAbstract - Recently, interest for environmental pollution in various fields is on the increase, and the researches on the life cycle assessment of environmental performance assessment method for calculating the environmental loads are currently most performed. It is expected to have a significant influence on the environment, since SOC infrastructures are go through a variet y of materials, manufacturing process, however it is judged that researches and measures for environmental pollution is insufficient. In this study, we build the data for 204 of steel bridge designed after 2000 year, and the 100 of bridge which we re selected to from obtained results were calculated the environmental loads at the planning stage based on the life cycle assessm ent. In addition, standard classification systems in work type for steel bridges were established. Based on this, the basic design d ata and input materials for the bridges are applied to the LCI DB, and the environmental load for required material is evaluated an d is shown as Eco-point. Environmental loads obtained from this study, it is judged that can be utilized as a basic data for the process of the life cycle assessment in future steel bridge design.Keywords - Environmental impact, Steel bridge, Life cycle assessment, Planning stage, Correlation analysisNote.-Discussion open until August 31, 2016. This manuscript for this paper was submitted for review and possible publication on November 10, 2015; revised December 15, 2015; approved on December 28, 2015.Copyright ⓒ 2016 by Korean Society of Steel Construction
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