• Korean Institute of Interior Design Journal
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• v.15 no.5 s.58
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• pp.265-272
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• 2006

Traditionally exhibition design as been restricted to architectural, interior, and lighting design, but recently it has begun to overlap into environmental, performance, and installation art. Exhibition design also increasingly involves the application of film, fashion, and the new media. In the past, exhibits were arranged and displayed for the visitor to view directly, but with the development of more effective exhibit media a connection has been created between the exhibit and the visitor. However exhibition design has reached the limits of continuous growth without background theory, when now it must take Into consideration the museum's activation and the importance of the exhibition's design. Exhibition design has developed and grown rapidly since the Taejeon Expo in 1993, but it is a difficult development without a theoretical structure. The flow of exhibition design must be systemized, as the systemization of the transition process of exhibition design has not yet been achieved. This study aims to present an arrangement of exhibition design flow, and to investigate the variation factors in the transition process of exhibition design and exhibit medium development, based on the 18 year history of the Independence Hall that introduced the first systematic planning of an exhibition in 1987.

• Korean Institute of Interior Design Journal
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• v.23 no.5
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• pp.96-103
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• 2014

This study investigated the windows and doors of Jecheon Park Dosu's House and Jecheon Jeong Wontae's House, designated as a Important Folklore Cultural Heritage in Jecheon. It aimed to contribute to the study of traditional house, and to the conservation policy of architectural Heritage in Jecheon. This study used the research methods of the literature analysis and the field survey, and it was to analyze the spatial characteristics of the windows and doors in each building. The result are as followings. Firstly, the wooden board door(板張門) of a hinged door type is found in the kitchen of An-chae, and the Bongchang(封窓) and Gwangchang(光窓) towards the courtyard is installed for ventilation and lighting. Secondly, the slender-ribbed windows and doors(細箭 窓戶) of double swinging type towards the courtyard is installed in An-bang, and Merum(遠音) is found. Thirdly, the framed panel door(骨板門) of a hinged door type towards the backyard is found in Daechung(大廳). Lastly, the slender-ribbed windows and doors of double swinging type towards the outside is found in Sarang-bang of Sarang-chae, and Merum(遠音) is installed. Especially, double skin windows and doors is installed in Jecheon Park Dosu's House.

• KIEAE Journal
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• v.15 no.2
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• pp.117-122
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• 2015

Purpose: Generally, 30% of the total energy consumption in office building is used for artificial indoor lightings, and almost 75-85% of electric power in fluorescent and Light-Emitting Diode (LED) lightings can be dissipated as a form of heat into indoor environment. The heat generated by indoor lightings can cause the increase of cooling load in office buildings. Thus, it its important to consider indoor lightings as a heat and light source, simultaneously. Method: In this study, we installed two kinds of indoor lightings including fluorescent and LED lightings and measured surface temperature of both indoor lightings. In addition, we obtained ambient temperature of indoor space and finally calculated total heat dissipated from plenum area and surface of lightings. Result: Total indoor heat gain was 87.17Wh and 201.36Wh in cases of six 40W-LED lightings and 64W-fluorescent lightings, respectively.

• 한국태양에너지학회:학술대회논문집
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• 2009.04a
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• pp.121-126
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• 2009

This study analyzed the standard school's energy usage and patterns as the zero-energy goal of primary school building, and proposed the energy reduction process of school building using energy analysis computing simulation tool. As a analysis simulation tool, Visual DOE 4.0 is used. For analysis of actual energy usage, selected primary school that is standard in the nation's energy consumption. Standard of the school's energy consumption analysis were devided into electric and gas energy. Input parameters of the simulation program based on the literature material and field survey material. after, but it was calibrated to comparison with the standard school's energy consumption. Finally, its energy usage analyzed by component and made the priority order of energy saving. Applied energy saving technologies are envelopment insulation, high efficiency lighting, high performance HAVC system and used active equipment system of solar collector and photovoltaic generation for additional savings.

• KIEAE Journal
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• v.17 no.4
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• pp.75-81
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• 2017

Purpose: Most contemporary office buildings supply external views, a sense of openness and a sense of time to their occupants by adopting the curtain walls, which are equipped with an outer cover having large window area. As a result, the amount of radiation increases, adversely affecting cooling load during the summer in office buildings. Although solar radiation decreases heating load and reduces energy costs during the winter period, due to the characteristics of offices where occupants work largely during daytime, the cooling load is important compared to the heating. Therefore, diverse measures to resolve those trade-offs and annual energy cost have been investigated. Method: In this study, the annual thermal load was comparatively analyzed according to the slat angle of the venetian blind along with lighting control technique. Result: After selecting effective conditions, in order to resolve such issues, this study established automated control strategies of slat angle depending on the window-to-wall ratio and zone orientation, so that the findings of this study can be effectively generalized to other circumstances.

• Asian Journal of Turfgrass Science
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• v.18 no.3
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• pp.119-128
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• 2004

This study was conducted to analyze the effect of roof membrane on light environment that influence on turfgrass growth under domed stadium. Roof structure on experimental plot was constructed with PTFE and PE same as Busan Asiad Main Stadium. Tested turfgrass species were combinations of cool-season grasses(Kentucky Bluegrass, perennial ryegrass, $KBG80+PR20\%,\;KBG33+PR33+Fine fescue33\%)$ and warm-season grasses(zoysiagrass, 'An-yang middle-leaf, 'Zenith', Bermudagrass) established with seeding or sodding. The experimental set-up and research work were initiated November 1999 and finished on August 2000 at near Busan Asiad Main Stadium. By the result of computer simulation of daylight radiant energies on the turf surface were lower than needs of normal sport turf growth. The shortage of radiant resulted pest infection on cool-season grass mixture compared with warm-season. But turf color and density showed the best results on Kentucky bluegrass or its mixture plot. Over all the results showed that the best quality of turfgrass growth was occurred on full sun area, and the next was under PTFE membrane. The application of artificial lighting system may increase the turfgrass growth under domed stadium(partially) covered with roof membrane.

• KIEAE Journal
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• v.16 no.5
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• pp.87-92
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• 2016

Purpose: The objective of this research is to investigate and analyze the relationship between physical residential conditions and occupants' responses in apartment buildings by POE(Post-Occupancy Evaluation). The analysis results from this research will help to identify the indoor residential problems and find design solutions for improving overall residential indoor residential environment. Method: The occupant survey was conducted at four different apartment complex area at Cheongju City, Chungbuk Province, Korea. Combination of unbalanced indoor environmental conditions in residential building had difference of occupants' responses according to occupants' characteristics, such as gender, age, and so on. The survey collected data regarding the occupants' EQ(Environmental Quality) priorities to determine the weight of each environmental-quality factor (lighting, acoustic, thermal and indoor air quality). A paired comparison method was used to determine the weight by comparing the relative importance of the two factors based on occupant's survey response. Result: The output from this research is useful to understand the residential environment, occupants' satisfaction, preference, and identifies the current residential problems and finds an architectural solution in apartment buildings.

• Journal of The Korean Digital Architecture Interior Association
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• v.12 no.4
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• pp.77-85
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• 2012

The works of Vicenzo Scamozzi, the successor of Andrea Palladio are able to be comparable with Palladio's works in various ways. When comparing Villa Pisani of Scamozzi with Villa Rotonda of Palladio, their difference is evident. Both Villa Pisani and Rotonda are vacation villas located on low hills and have the magnificent beauty that overpowers their surrounding rural sceneries. However, Scamozzi doesn't show an obsession about Palladio's proportion. Palladio expressed the symbolic meaning of the villa as the center of surrounding rural scenery by having same porticos for all four facades of a square. On the contrary, Scamozzi built a portico only for one facade and constructed open loggias with serliana motif for other three facades. These loggias help lighting and ventilation of rooms located behind of loggias. Geometric innocence that is pursued by Palladio's villa can be understood as the archeological classism based on the nature interpretation from a classical viewpoint. On the contrary, Scamozzi pursued his own architectural characters that apply buildings to fit to their environment.

• Journal of the Korean housing association
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• v.24 no.3
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• pp.1-8
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• 2013

The University students learn their major or a general education in lecture rooms. In these days, lecturer use frequently various multimedia in lecture room. Appropriate control lighting environment in lecture room should be essential and related in efficient studying. Daylighting on front-side of lecture room will cause glare and students are hard to read contents on white-board at their seat. Therefore, in order to preventing glare we simulated daylighting of lecture room with using computer software in this study. Results from simulation and analysis as follows: The first, if students' left-side is east-oriented in lecture room, best daylighting condition about glare in lecture room. The second, architectural designers can use simulation data of daylighting or simulate data in designing university buildings with lecture rooms. Finally, if reducing size of windows (narrow and deep daylight: more closing vertically, from up to down daylighting: more closing horizontally) we will be able to reduce energy from lecture room.

• Journal of The Korea Institute of Healthcare Architecture
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• v.14 no.3
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• pp.43-54
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• 2008

Upon reviewing the tendency of the large-scale hospital buildings constructed so far, we may well know that the architectural space of the hospital buildings has been designed for users' conveniences in terms of functional elements fulfilled, efficiency, uniform colors and lighting, which means that patients may well feel difficult to find their ways in the hospital. The result may be that the patients who are weak mentally and physically feel uneasy or tensed when they wander in the hospital, which may lead to their increased physical fatigue, higher blood pressure or other harmful effects. Thus, patients' way-finding emerges as a new design challenge for the hospital building. The purpose of this study was to define the environmental variables and factors affecting patients' way-finding in the hospital and thereby, determine the correlations between the variables/factors and way-finding to provide for some framework of analysis useful to solutions of patients' way-finding problems, while identifying the causes for difficulty of their way-finding due to differences of perception between hospital building designer and user groups.