This landscape plan for a suburban housing complex presents a new orientation for residential housing to meet the changing demands of modern people as their attitudes toward nature evolve. Unlike most residential developments which tend to over cut the existing slopes, this new housing complex utilizes the pre-existing natural topography and contours of the site. The plan also considers the privacy of the residence by using the existing local vegetation with a natural, midlands style environment. It also provides a garden for strolling or contemplation. The majority of the homes are marketed for buyers with families in their 30s to 60s with lower budgets. Thus the site offers the maximum of consideration and convenience to its dwellers.

본 연구는 해양건축물 또는 워터프런트 개발계획에 있어 특히 워터프런트에 입지하는 주거단지 계획에 역점을 투어 사용자의 측면에서 기존 워터프런트 주거단지의 거주환경 만족도를 조사, 분석 하였다. 또한 통일 주거단지 내에서도 각층별, 방위별, 위치별 쾌적성에 대해 분석하여 가장 선호하는 층, 방위 위치 통에 관한 근거를 제시하고자 하였다. 본 연구의 결론은 다음과 같다. 1) 만족도의 순서는 남향, 남동향, 동향, 남서향의 순으로 나타났으며 남향, 남동향의 선호 경향이 절대적으로 우세한 것으로 나타났다. 2) 전체 응답자의 67%이상이 향보다는 외부로의 조망이 좋아야 한다고 응답하여 워터프런트 주거단지에 있어서는 조망에 대한 중요성이 매우 크다는 사실을 알 수 있었다. 3) 경관 선호도를 분석한 결과는 안벽형 워터프런트, 호안형 워터프런트 덴 하천형 워터프런트의 세가지 Type의 경관별로 약간의 차이는 있었으나 공통적으로 고층부 경관이 가장 높은 선호도를 보였으며 저층부 경관이 상대적으로 가장 낮은 선호도를 보여주었다.

정부는 지역제조산업 육성을 목적으로 기존 부지를 개선 확장하거나 해안지역 매립을 통하여 신설하는 방향으로 산업단지조성을 위한 정책을 펼치고 있다. 따라서, 물리적 환경적인 특성의 관점에서 해안지역매립으로 인한 영향의 분석은 반드시 필요하다. 본 논문도 임해지역 국가산업단지 조성에 따른 영향을 인근 해역의 해양물리적 특성, 퇴적 및 확산 체계 변화, 해양환경 변화 등의 현상을 현장관측조사 및 수치시뮬레이션을 통하여 분석하고자 한다. 적용대상역은 울산광역시의 온산국가산업단지 인근의 해안선경계역이다. 검증을 위해 조석, 조류 및 퇴적에 관한 기존의 관측자료를 확보하였으며 일부 특정지점에서는 현장관측도 수행하였다. 검증한 모델로 실제대상해역에 적용하고 장래변화를 분석하였다.

This study aims to build a model dealing with the location decision of new manufacturing firms and their land demand. The model is composed with 1) the binary logit model structure identifying a future probability of manufacturing firms to locate in a city and their land demand; and 2) the land use suitability of the land demand. The model was empirically tested in the case of Anseong City. We used establishment-level data for the manufacturing industry from the Report on Mining and Manufacturing Survey. 48 industry groups were scrutinized to find the location probability in the city and their land demand via logit model with the dependent variables: number of employment, land capital, building capital, total products, and value-added for a new industry since 2001. It is forecasted that the future land areas (to 2025) for the manufacturing industries in the city are 5.94km2 and additional land demand for clustering the existing industries scattered over the city is 2.lkm2. Five industrial complex locations were identified through the land use suitability analysis.

This paper represents the statistical characteristics of sources and receptors for road traffic noise in apartment complex. Also we suggested that the site-specific characteristics of vertical and horizontal distributions in the complex apartment have been derived using a different analysis for evaluating levels of Leq1h by the apartment floor at a given distance from a road in terms of the flow rate, the mean speed of the traffic, and the percentage of the type vehicles in the day and night periods. As a result, the contribution orders of traffic quantity by the type of vehicles showed as followed: light vehicle>medium vehicle>heavy vehicle>motorcycle. Especially, the mixing ratio of entering the road on the heavy vehicle in the daytime was two times higher than that of in the night. The speed in all types of vehicle is in the range of 41 and 81 km/hr and noise level was not significantly different in day and night-time. The sources of road traffic noise had different variations and uncertainties using a random variable and probability distribution. The sound distribution to receptors by the apartment floor showed S curve between 1st floor and 15th floor With the normality test, the normal distributions using Anderson-Darling Test followed 1st, 3th, 13th and 15th floor in the daytime and all floors except 7th floor in the night (p>0.05). And also, the value of the pearson correlation coefficient (r) obtained in this study have significantly different at the range of floor. In conclusion, the results suggested that the distribution characteristics of levels of Leq1h on the sources and receptors of road traffic noise in apartment complex must be improved and developed on the guideline of regulation of road traffic noise.

A numerical study with Envi-met model is experimented to investigate the characteristics of wind pattern in apartment complex. In all case, most conditions such as wind speed, temperature, and surface features are considered as the same, but wind direction is the only different factor. The wind directions considered in this study have a meaning of prevailing wind direction. When the prevailing wind with the direction of 170° blows into the complex, the ventilation passage toward the outside of complex is formed and the stagnation of air is not expressed. In case of having the direction of 300°, most evident ventilation passages are composed. When the inflow wind direction is the northeast, 30°, there is some possibility of stagnation phenomenon. This is because the arrangement of buildings makes a right angle with the inflow wind direction.