도시에 있어서 환경영향평가의 방법에 관한 연구

임만택,정배웅 대한건축학회 1987 대한건축학회 학술발표대회 논문집 - 계획계/구조계 Vol.7 No.2

고려시대의 교통ㆍ통신시스템에 관한 연구

임만택,박경갑,권창룡,조지훈 대한건축학회지회연합회 2004 대한건축학회연합논문집 Vol.6 No.1

지속가능한 발전을 위한 환경용량평가에 관한 연구

임만택,박영신,이영문 朝鮮大學校 建設技術硏究所 2007 建設技術硏究 Vol.27 No.2

This study aims to present a framework for environmental management policy that can be used to manage city growth and sustainable development while considering the environmental capacity of the entire region When looking at aspects of the restrictions on development, it is clear that the restrictions on land use for metropolitan development projects are needed based on environmental capacity assessments. The environmental capacity assessment model should include environmental indexes such as water and air quality, waste disposable, and planned green tract development. When looking at the characteristics of environmental indexes phase by' phase, models of various affected zones should be developed, and characteristics of the types of developmental projects, in relation with the capacity of affected zones, should be considered when it is evaluated. By examining the relations above. the environmental capacity assessment of infrastructure should have significant meaning. An environmental management construction system, which should be based on an environmental capacity evaluation, needs to control all development in a given area. It should identify the total amount of development and determine what should be restricted through environmental capacity assessments - particularly the quality of rare environmental features, and the development of those regions with higher need for preservation should be restricted first. Environmentally friendly land use systems, including the use district system, should be conducted through which the specific use plan of the environmental capacity evaluation should be developed. The legal and institutional management relating to limit to exertion of use property right of common people and the plan for the environmental evaluation based on the environmental capacity evaluation should be developed.

心身障碍者를 위한 建築設備의 活用方案

林晩澤 조선대학교 국토개발연구소 1980 국토개발연구 Vol.2 No.1

Appropriate enviornments are needed not only interior but exterior, so that the handicapped may live, behave, work and exercise like the normal men. The handicapped should ne as free as possible to be dealt with eliminating environmental barriers is all kinds of structures and facilities on human engineering and technological circumstances. This paper indicated the accessible points and emphasized the usage among the facilities today. And this intended to find out standard measure which can br used as materials of designing to accommodate disabled people in our country afterwards. As a resilt I found out the following conciusions. 1) Disabled persons have a right to access and use of stryctures intended for general pulic use. 2) An important reason for eliminating environmental barriers and developing usable buildings and facilities is to prevent unnecessary segregation of older and disabled people and their premature relegation by socity to less mobile living. 3) Where barriers have been removed, an individual, however disabled, may no longer be handicapped in using building and facilitied. 4) Though much costly, architectural facilitief should be accessible to handicapped as well as nonhandicapped. 5) Eligible criteria should be established for the handicapped to use buildingas and facilities. In this case legislation suitable to our country's own sense of values and needs should be grow out of. 6) Products should be produced in order to meet the pronciple of accessibility and usability to everybody.

日本의 高齡者 住居環境特性에 관한 硏究

임만택,박경갑 대한건축학회지회연합회 2000 대한건축학회연합논문집 Vol.2 No.1

建設現場의 電氣設備安全意識에 관한 地域別 比較 硏究

林晩澤,朴星夏 圓光大學校 環境建設硏究所 2000 環境建設論文集 Vol.9 No.-

This study is based on the examination of employees at various types of construction sites in Seoul, Inchon, Deachun, Kwangju and Chunnam. The purpose of this study is to examine their awareness of electrical installation at construction sites as well as their consciousness of accidents and the occurrence types of electric-injury accidents. It emphasizes the importance of electric safety education which is expected at construction sites and reveals basic data for precautions against electric-injury accidents and efficient safety supervision. In respect of the degree of awareness of accidents 91.3%(Seoul & Kyonggi), 93.6%(Kyangju & Chunnam) of the employees in this survey showed a very high sense of the danger of such accidents. With respect to type of accident 38.8% replied that accidental falls are the most dangerous while 50.0%(Seoul & Kyonggi), 44.6%(Dwangju & Chunnam) replied that they have experienced electric-injury. In regard to the types of the electric-injury accidents, 31.3%(Seoul & Kyonggi), 38.0%(Kwangju & Chunnam) replied that leakage of electricity is the main source of such accidents. It is therefore necessary to strengthen educational programs and precautional plans for electric-injury accidents. It is furthermore required to intensify the periodical execution of safety education, increase the publishing of guidebooks for safety education, and provide for thorough establishment and management of electrical equipment.

지속가능한 주거환경평가지표에 관한 연구

임만택,김현태,김인호,박영신 朝鮮大學校 建設技術硏究所 2007 建設技術硏究 Vol.27 No.1

The index of residential environment is an item that can be an axis of evaluation in evaluating residential environment and the level is a spatial measure indicated with a use of the index. This study is to examine the index of sustainable residential environment evaluation index. Sustainability can be classified into three different concepts: economic, environmental, and social. Economic sustainability indicates consideration of stable development of the city and regional economy in the future, environmental sustain ability indicates consideration of physical environment to prevent deterioration of future residential environments and social sustainability indicates consideration of preservation of culture and history in communities. The common question in these is how the people who live and act in each community contribute to their future community.

建築物의 振動防止를 위한 設計에 관한 硏究 : 構造와 施工法을 中心으로

林晩澤 조선대학교 국토개발연구소 1982 국토개발연구 Vol.4 No.1

Although the prevention of building vibrations is of necessary concern, in actuallity construction design has for the most part overlooked building vibrations as a result of both inadequate laws and basic design materials. This paper thus attempts to study various structures and construction for noise prevention.

建築環境保全에 관한 基礎的 硏究

林晩澤 조선대학교 동력자원연구소 1983 動力資源硏究所誌 Vol.5 No.1

This paper attempts to propose solutions of environment problems, taking into consideration ifluence and counter measures of air, water, noise and vibration of buflding construction. The results might be summarized as follows. 1. The plan of environment conservation should be based on the scientifical foundation. 2. Environment conservation should be affirmative and spontaneous. 3. The building composed of building environment should not destroy the communnity disregard human being and have vitality.

建設現場의 電氣安全意識에 관한 硏究

林晩澤,鄭集汶,朴星夏 朝鮮大學校 建設技術硏究所 1999 建設技術硏究 Vol.19 No.3

This study is based on the examination of 157 employees at various types of construction sites in Kwangju and Chunnam. The purpose of this study is to examine their awareness of electrical installation at construction sites, as well as their consciousness of accidents and the occurrence types of electric-injury accidents. It emphasizes the importance of electric safety education, which is expected at construction sites, and reveals basic data for precautions against electric-injury accidents and efficient safety supervision. In respect of the degree of awareness of accidents, 93.6% of the employees in this survey showed a very high sense of the danger of such accidents. With respect to type of accident, 38.8% replied that accidental falls are the most dangerous, while 44.6% replied that they have experienced electric-injury. In regard to the types of the electric-injury accidents, 38.0% replied that leakage of electricity is the main source of such accidents. It is therefore necessary to strengthen educational programs and precautional plans for electric-injury accidents. It is furthermore required to intensify the periodical execution of safety education, increase the publishing of guidebooks for safety education, and provide for thorough establishment and management of electrical equipment.