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보성 강골마을의 친환경건축 계획요소 적용 실태에 관한 연구
김도형(Kim Do-Hyung),방민(Bang Min),장환(Jang Hwan),김흥식(Kim Heung-Sik) 한국건축친환경설비학회 2007 한국건축친환경설비학회 학술발표대회 논문집 Vol.- No.-
The objective of this study is to interpret a environmental-friendly plan factors of Korean traditional settlement used of existing classification system. The existing classification system framework is five environmental ecological ideas as the adaptation to the adaptation to the exterior of village, the eco-space in village, the interior of house, the cycling of material and the reasonable energy system, prevention of environment pollution and reduction of wastes. Additional research was undertaken to verify the findings. Through the interpretation, it has been found out that Gang-gol tradition village has been developed to an environmental ecological rational setting and has the meaningful elements for environmental friendly housing estates.
Computer Simulation에 의한 도로교통소음 예측결과 비교 연구
장환(Hwan Jang),방민(Min Bang),김흥식(Heung-Sik Kim) 한국건축친환경설비학회 2008 한국건축친환경설비학회 학술발표대회 논문집 Vol.- No.-
The various computer programs are used in computer simulation of the traffic noise prediction. But the difference or problem of calculation method used for road traffic noise prediction is not exactly investigated. In this paper, Road traffic noise is predicted on the specific regions by using five prediction methods such as XPS31-133(France). CRTN(United Kingdom), RLS-90(Germany), ASJ RTN-Model 2003 (Japan) and FHWA TNM(US.A.). which are operated by a program named SoundPLAN. a program to predict road traffic noise. The results show that five prediction methods are a little different for prediction of traffic noise.
김흥식(Heung-Sik Kim),김도형(Do-Hung Kim),방민(Min Bang) 한국생활환경학회 2008 한국생활환경학회지 Vol.15 No.1
As the fundamental study for the development of floor impact sound reduction materials, floor impact sound insulation materials were classified into 5 types and their dynamic properties were measured by Korean Industrial Standard : KS F 2868. The results show that most of specimen were stabilized before 2 hours at dynamic stiffness measurement and constant characteristics were sustained at the materials of polyethylene and polyester regardless of loading time. Dynamic properties were influenced by density, thickness and design shaft of materials, and the relationship between the dynamic stiffness and the loss factor was not found. Finally, the dynamic properties for floor impact sound insulation materials of 5 types were suggested.
전통마을의 친환경건축 계획요소 분류체계 설정에 관한 연구
김흥식(Kim Heung-Sik),김도형(Kim Do-Hyung),방민(Bang Min) 대한건축학회 2008 대한건축학회논문집 Vol.24 No.5
This study aims to offer basic data for withdrawing the environmental plan factors of traditional villages by establishing a classification system for environmental plan factors of traditional villages. In order to meet the purpose, first, the study withdrew the basic classification system plan by collecting and analyzing literature related to research into the analysis of the environmental plan factors of traditional villages. Then, the study analyzed the withdrawn basic classification system plan by utilizing the SPSS after conducting survey research. Based upon the analysis results, the study determined the final classification system for the environmental plan factors of traditional villages.
축소모의구조체를 이용한 완충재 탄성계수와 경량바닥충격 진동저감량과의 상관성 분석
김흥식(Heung-Sik Kim),진필화(Pil-Hwa Jin),방민(Min Bang) 한국생활환경학회 2009 한국생활환경학회지 Vol.16 No.6
Dynamic stiffness of resilient materials have a close relation with the floor impact sound reduction. In this study, to examine the correlation between the dynamic stiffness and the light-weight floor impact vibration reduction level by using the reduced-scale model structure, 14 resilent materials were measured. And to verify the availability of H type (Flat) reduced-scale model structure, the verification experiment was carried out at the standard test laboratory. Dynamic stiffness of resilent materials were measured before this study and these results were used in this study. The results showed that the availability of H type (Flat) reduced-scale model structure were verified and the correlation between the dynamic stiffness and the light-weight floor impact vibration reduction level was high.