• 의료ㆍ복지 건축 : 한국의료복지건축학회 논문집
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• 제21권4호
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• pp.37-47
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• 2015

Purpose: Due to increase of interest in the viewing environment for the disabled, ordinances that are related to an optimal auditorium for the disabled are being executed. However, since there are no detailed criteria regarding the optimal auditorium, there is a necessity that it should be supported by more concrete criteria for installation. Therefore, the study is aimed to be utilized as basic data to suggest the criteria for installation of the optimal auditorium in the future through domestic and international legal standards and the analysis of design guidelines that are related to the auditorium for the disabled. Methods: First, legal standards and design guidelines that are related to the auditorium for the disabled were analyzed, and Second, items and things to be improved that are required to suggest the criteria for installation of the optimal auditorium in the future were looked into by comparing and analyzing each contents. Results: Items and considerations by items that are required to establish the criteria for installation of the optimal auditorium were looked into, and based on these results, concrete and standardized installation criteria can be suggested. Implications: Based on the analysis results, the optimal viewing environment for the disabled within cultural facilities can be created through establishment of more concrete installation criteria for the optimal auditorium in the future.

• 교육시설 논문지
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• 제24권4호
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• pp.3-14
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• 2017

Since the education law was changed in 1997, schools for K-12 education are required to build a multi-purpose auditorium which accommodates auditorium and a gymnasium functions. Evaluation of the present status of multi-purpose auditoriums will provide a clear direction for improvements in planning and design stages. The purpose of this research identifies the current status and major drawbacks of the multi-purpose auditorium through applying a performance evaluation tool kit called the Advanced Building Quality Evaluation Techniques(ABQET) and Graphic Analysis of Quality Quotient (GAQQ). In addition, the research will provide future foundations for planning and design methods for a multi-purpose auditorium.

• Smart Structures and Systems
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• 제13권6호
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• pp.993-1014
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• 2014

In civil engineering, revolving structures (RS) are a unique structural form applied in innovative architecture design. Such structures are able to revolve around themselves or along a certain track. However, few studies are dedicated to safety design or health monitoring of RS. In this paper, a wireless dynamic sensing system is developed for RS, and field tests toward a large revolving auditorium are conducted accordingly. At first, a wheel-rail problem is proposed: The internal force redistributes in RS, which is due to wheel-rail irregularity. Then the development of the sensing system for RS is presented. It includes system architecture, network organization, vibrating wire sensor (VWS) nodes and online remote control. To keep the sensor network identifiable during revolving, the addresses of sensor nodes are reassigned dynamically when RS position changes. At last, the system is mounted on a huge outdoor revolving auditorium. Considering the influence of the proposed problem, the RS of the auditorium has been designed conservatively. Two field tests are conducted via the sensing system. In the first test, 2000 people are invited to act as the live load. During the revolving process, data is collected from RS in three different load cases. The other test is the online monitoring for the auditorium during the official performances. In the end, the field-testing result verifies the existence of the wheel-rail problem. The result also indicates the dynamic sensing system is applicable and durable even while RS is rotating.

• 한국태양에너지학회 논문집
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• 제22권4호
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• pp.85-96
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• 2002

Recently the number of auditoriums such as theaters, assembly halls, and concert halls is increasing in Korea. Auditoriums have generally large space volume, have a high density of occupancy per unit floor area, compared to other buildings. Since they have relatively high ceilings, some heat may stratify above the occupied zone. The under floor air conditioning system, which is set under seats, is frequently selected in an auditorium, because typical air conditioning system where air is supplied from ceilings often causes drafts and unequal temperature distribution. Therefore, this study aims to suggest basic data for air conditioning system design of a middle-sized auditorium. Features and problems of air conditioning system of an auditorium which has about 500 seats are investigated as a case study. In addition, indoor thermal comfort and cooling energy consumption are analyzed with a CFD program and an energy analysis program.

• 건축역사연구
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• 제23권5호
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• pp.37-45
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• 2014

It was identified by the excavation that architecture remains were confirmed buddhist temple consist of ruins of main building of a temple, auditorium site, ruins of stone pagoda, embankment, pedestrian Facilities and drainage etc. in the Gwangmyeong-dong site. The site has been held temple arrangement with 1 main building of a temple, twin Pagodas from the Unified Silla period to Goryeo dynasty. The temple constructed after that was destroyed the architecture in the Unified Silla period. It seems that aristocrat or royalty power of within group of the nearby remains of city which was constructed in the Unified Silla period build and visit the temple. Considering there are excavations, it assumes that the temple had been constructed during the last days of the Unified Silla, was closed up during the mid-Goryeo Dynasty.

• 한국전통조경학회지
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• 제31권2호
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• pp.70-81
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• 2013

논산 강경읍 소재, 죽림서원과 임리정 그리고 팔괘정의 입지 및 조형 특성을 검토하는 한편, 이들 3개 공간의 상호 관련성을 "사계연보(沙溪年譜) 죽림서원도록(竹林書院都錄) 임리정기(臨履亭記) 죽림서원묘정비(竹林書院廟庭碑) 남유록(南遊錄) 당시 상소기록" 등의 문헌을 통해, 추론한 결과는 다음과 같다. 육현(六賢)을 모신 죽림서원은 강당이 배제된 채 '홍살문-외삼문-동재(헌장당(憲章堂)) 서재-내삼문(신문(神門))-사우(죽림사(竹林祠))'의 위계를 보인다. 죽림서원과 각각 50m와 100m 거리를 두고 조영된 사계 김장생의 임리정과 우암 송시열의 팔괘정은 좌향은 물론 규모 지붕 및 평면 창호 편액 등 세부 의장까지 거의 동일시되고 있음이 주목된다. 특히 임리정과 팔괘정은 죽림서원을 중심으로 암괴로 구성된 부지여건을 고려한다면 최대한의 좌우대칭을 유지하며 사우를 위요한 형상이다. 죽림서원은 인조반정 후 정치적 여건 등으로 서원건립이 재추진되면서 율곡 우계를 향사한 묘우(廟宇) 단일 건물만을 우선 영건하고, 기존 강학당으로 쓰던 임리정을 더해 황산서원이라 통칭한 것으로 보인다. 이와 같은 현상은 최소한 중건 이후, 양정(兩亭)을 서원의 강학당으로 존치 활용함으로써 서원 구성의 기본적 질서인 좌우대칭적 규범을 최대한 도모하기 위한 필연적 결과이다. 결국 시대차를 두고 이루어진 임리정과 사우의 영건으로 초래된 황산서원의 위계와 시각배치상의 불균형을 바로 잡기 위한 고육지책이 바로 황산 몽괘벽(夢卦壁) 아래 영건된 팔괘정이다. 이와 같은 추론을 종합해 볼 때 죽림서원은 사우를 새로 건립하고, 기존 강학당으로 쓰던 임리정과 이후 중건을 통해 보완된 팔괘정을 강당의 성격을 갖춘 공간으로 통합해 완성된 '사우 중심의 서원'으로, 팔괘정의 영건과 임리정과의 조형적 일치는 죽림서원의 강당으로서의 기능과 역할을 보정할 의도 하에 이루어진 결과로 판단된다. 본 연구는 기존의 누정의 기능과 역할이 서원 강학당의 보완적 시설로서 영건되고 존립되었다는 사실을 밝힌 것으로서, 서원과 누정의 상호 보완적 기능을 조명하는 계기가 될 것을 기대한다.

• 교육시설 논문지
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• 제24권2호
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• pp.3-10
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• 2017

This study compared evacuation effectiveness between the conventional school auditorium plan and a suggested hypothetical plan that was generated by a mathematical model, which is commonly applied in the field of industrial engineering. Recent school buildings became much more complicated in floor planning due to new social needs and modern curriculum than the old days. Nevertheless, architect's approach to floor composition in terms of fire emergency evacuation planning, still has no relation to optimized effective but relies more on an conventional school planning. Therefore, since school buildings are much more likely to be exposed to any fire related events than any other building types, emergency exit effectiveness based on spatial composition has to be seriously evaluated with a scientific method. The algorithm, which acquires the number of persons in each spatial type(node) per floor and the minimum physical distance between spatial types(arc), can propose the most optimized spatial layout per floor regarding emergency evacuation event. Consequently, this study evaluated school's fire exit effectiveness focusing on auditorium area with the scientific tool and suggested the most reliable spatial layout regarding possibile emergency evacuation event.

• Smart Structures and Systems
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• 제24권4호
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• pp.507-524
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• 2019

A Bayesian dynamic linear model (BDLM) is presented for a data-driven analysis for response prediction and load effect separation of a revolving auditorium structure, where the main loads are self-weight and dead loads, temperature load, and audience load. Analyses are carried out based on the long-term monitoring data for static strains on several key members of the structure. Three improvements are introduced to the ordinary regression BDLM, which are a classificatory regression term to address the temporary audience load effect, improved inference for the variance of observation noise to be updated continuously, and component discount factors for effective load effect separation. The effects of those improvements are evaluated regarding the root mean square errors, standard deviations, and 95% confidence intervals of the predictions. Bayes factors are used for evaluating the probability distributions of the predictions, which are essential to structural condition assessments, such as outlier identification and reliability analysis. The performance of the present BDLM has been successfully verified based on the simulated data and the real data obtained from the structural health monitoring system installed on the revolving structure.

• 한국농촌건축학회논문집
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• 제2권2호
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• pp.35-46
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• 2000

The school space has been recognized only as the space for the education and training of children. However, since most of the school is located in the center of the regional community, the school space must be not only the space of the education and training of children, but the space for the regional inhabitants' community in the future. The present study is aiming to investigate the architectural background and to utilize the multi-use facilities of schools which are taken a role of facilities of gymnasium and auditorium.

• 교육시설
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• 제18권2호
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• pp.40-49
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• 2011