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거대설을 동반한 Angle씨 제3급 부정교합의 치료일례
최해경(Hae-Kyung Choi),남한우(Han-Woo Nam),유영규(Young-Kyu Yoo) 대한치과교정학회 1975 대한치과교정학회지 Vol.5 No.1
This is case report of true class III malocclusion with macroglossia is corrected by glossectomy in 13 years female patient. After orthodontic treatment, the patient is bound to glossectomy because the corrected condition is relapsed to the previous condition due to relatively enlarged tongue compared with the original dental arch. By the interpretation of the cephalogram and model analysis, it is approved that the growth pattern and direction are normal range and mandible is located anterioly to the cranium. The results are follows: 1. We could treat the true Cl III malocclusion. 2. We could prevent the relapse of the treated condition by the surgical intervention, such as partial glossectomy. 3. Sensory, speech, swallowing and so other functions after the operation have been with in normal limit without any serious complications or seguellae.
실측과 CFD해석을 이용한 완주 화암사의 미기후 특성에 대한 연구
조경숙(Cho, Kyung-suk),백선영(Paek, Sun-yong),김윤상(Kim, Yun-sang),남해경(Nam, Hae-kyeong),김석희(Kim, Suk-hee) 대한건축학회 2015 대한건축학회논문집 Vol.31 No.12
There have been carrying many studies to investigate the underlying causes of weathering damage to wood at Buddhist temple buildings, including all their wooden buildings. But the methods of their studies were not carried on the view point of the micro climatic changes such as temperature and humidity, which were the underlying causes of weathering damage. So this study aims to identify the characteristics of air flow inside Hwaamsa Temple site, which is built on a mountain, and whose buildings are different physical levels with their pillars of varying heights. To carry out this study the field measurement of factors (temperature, humidity, wind speed and direction) were measured and their data were analyzed with the computational fluid dynamics (CFD). Based on the results of measuring changes data in temperature and humidity as two inside locations and five locations outside of the temple. As the result the inside temperature and humidity in the Geungnakjeon was evenly distributed, whereas that of the outside was unevenly distributed depending on the location. To a great extent, the speed of wind affects humidity. In the case that the Myeongbujeon in the temple were demolished, there has been a 20-30% increase in the wind speed near the Geungnakjeon Such an increase in the wind speed is thought to affect factors such as the wooden material by stabilizing changes in humidity near the temple.