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초고층 대형복합 건축공사에 있어 BIM 활용에 관한 고찰 - 해운대 L-Project 적용 성과를 중심으로 -
박희도 ( Park Hee-do ) 한국건축시공학회 2020 한국건축시공학회 학술발표대회 논문집 Vol.20 No.1
Recently as construction projects have been complicated, it has been wearing thin to draw on their personal experiences for management. Although the advance of IT, using the technology for construction is insufficient in contrast to other industries. BIM has been steadily used in construction projects, but it is not easy to find the case of successful use. This research considers ways in which BIM technology can be applied to useful management on a construction site and derives a method of application of using BIM for a Mega-complex Building Project especially.
해운대 L-PJT 골조공사 시공실적 분석 - 101층 RC 초고층타워 -
박희도(Park, Hee-Do) 대한건축학회 2020 대한건축학회 학술발표대회 논문집 Vol.40 No.1
The purpose of this study was to analyze the structural framework performance of high-rise building based on the performance data of 101 story RC High-rise Building which is LMT tower in Busan. It was completed in November last year and the construction period is 50 months. This performance was meaningful achievement in the field of High-rise building. This paper provided how to built the 101 story RC tower which is the method of construction, the location of tower crane, the number of CPB and lifting car. I hope the paper could be indicated the direction of progress in the construction of the High-rise building.
Hee In Park(朴喜寅),Jeong Hwang(黃政),Soon Do Huh(許順道) 대한자원환경지질학회 1992 자원환경지질 Vol.25 No.4
The gold ore deposits of Nakcheon, Gongyeong and Dongmyeong mine in the Imgye district are E-W trending fissure filling veins emplaced in Precambrian Jungbongsan granite and sedimentary rocks of Cambrian Yangdeog group. The K-Ar age for vein alteration sericite and vein laced muscovite are 73 and 93 Ma, respectively. Vein structure and mineralogy indicate the three distinct depositional stages: Ⅰ) basemetal sulfides and tin minerals, Ⅱ) gold-basemeatl sulfides, Ⅲ) gold-silver-basemetal sulfides. Major gold and silver ore minerals are electrum, native silver, pyrargyrite and argentite. Fluid inclusion data indicate that filling temperatures were from 350℃ to 190℃ through stage Ⅰ, Ⅱ and Ⅲ. Salinities were in the range of 0.0~9.5 NaCl eq.wt.% and do not reveal any systematic trend. Intermittent boiling of ore fluid during stage Ⅰ is indicated by fluid inclusions in quartz. Fluid pressure during stage Ⅰ which is estimated from fluid inclusions showing boiling evidence range from 50 to 100 bars. Gold ore deposits of the Imgye district were formed under higher temperatures and lower sulfur fugacities compared with the Eunchi silver ore deposits about 8 Km apart from the Imgye district.
임계지역(臨溪地域)의 금(金)-은(銀) 광화작용(鑛化作用)
박희인,황정,허순도,Park, Hee-In,Hwang, Jeong,Huh, Soon-Do 대한자원환경지질학회 1992 자원환경지질 Vol.25 No.4
The gold ore deposits of Nakcheon, Gongyeong and Dongmyeong mine in the Imgye district are E-W trending fissure filling veins emplaced in Precambrian Jungbongsan granite and sedimentary rocks of Cambrian Yangdeog group. The K-Ar age for vein alteration sericite and vein laced muscovite are 73 and 93 Ma, respectively. Vein structure and mineralogy indicate the three distinct depositional stages: I) basemetal sulfides and tin minerals, II) gold-basemeatl sulfides, III) gold-silver-basemetal sulfides. Major gold and silver ore minerals are electrum, native silver, pyrargyrite and argentite. Fluid inclusion data indicate that filling temperatures were from $350^{\circ}C$ to $190^{\circ}C$ through stage I, II and III. Salinities were in the range of 0.0~9.5 NaCl eq.wt.% and do not reveal any systematic trend. Intermittent boiling of ore fluid during stage I is indicated by fluid inclusions in quartz. Fluid pressure during stage I which is estimated from fluid inclusions showing boiling evidence range from 50 to 100 bars. Gold ore deposits of the Imgye district were formed under higher temperatures and lower sulfur fugacities compared with the Eunchi silver ore deposits about 8 Km apart from the Imgye district.