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김정규(Jung Gyu Kim),정기택(Gi Taek Chung),정혜교(Hye Kyo Chung),백용준(Young Joon Paek) 한국강구조학회 1997 韓國鋼構造學會誌 Vol.9 No.3
Due to the complexity of crane related load estimation and design, process for steel factory has seldom been effectively automated and the adequate design program cannot be easily found. So the design of steel factory mainly depends on the sophisticated calculation by structural engineers. Along with the increasing needs of the largescale factory, the structural design of the factory has required a lot of time and effort in engineering practice. Moreover, because the greater part of the programs currently used in the structural design field have specified functions that are not directly linked to each other, it is likely to cause quite a few errors and reduce efficiency. In this study, the Steel Structure integrated system(SSis) has been developed to integrate the modeller, analysis and post-processor for the steel factory. This program includes a powerful pre-and post-processor through Graphic User Interface(GUI) from the windows 95 platform. and the object-oriented programming is employed to manage the overall process effectively. This program is supposed to update the structural design procedure and contribute to the development of construction technology.