(2008) 축산 악취의 확산 모델 개발을 위한 현장 실험
Field Experiment for Developing an Atmospheric Diffusion Model of a Livestock Odor
학회지: 한국농공학회논문집 50(4), 77 - 88쪽.
저자: 홍세운, 이인복, 황현섭, 서일환, 권혁진, J. P. Bitog, 유재인, 권경석, 하태환, 김용희
개요
Odor is one of the major nuisances in the environment. In most countries, odor annoyance from livestock production is an increasing problem in community. In order to reduce the odor inconvenience and establish a good relation between livestock industries and the surrounding communities, many studies, such as diffusion simulations and field experiments, on the odor dispersion and its reduction have been investigated. These studies need to accompany the aerodynamic approach, as a main mechanism of diffusion phenomenon, and computational fluid dynamics(CFD) can be effectively used to study this kind of research. CFD considers both various wind conditions as well as topographical conditions to study aerodynamic phenomenon. Therefore the ultimate objective of the study was to develop an aerodynamic model to predict qualitatively and quantitatively odor diffusion from livestock. In this study, as the first step of this study, various phenomena and factors of odor diffusion from livestock houses were investigated through field experiments in 2007. Later, those data will be also used to verify the CFD accuracy as well as to develop 3-dimensional CFD model.
Download Link :
http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.837.9240&rep=rep1&type=pdf
Field Experiment for Developing an Atmospheric Diffusion Model of a Livestock Odor
학회지: 한국농공학회논문집 50(4), 77 - 88쪽.
저자: 홍세운, 이인복, 황현섭, 서일환, 권혁진, J. P. Bitog, 유재인, 권경석, 하태환, 김용희
개요
Odor is one of the major nuisances in the environment. In most countries, odor annoyance from livestock production is an increasing problem in community. In order to reduce the odor inconvenience and establish a good relation between livestock industries and the surrounding communities, many studies, such as diffusion simulations and field experiments, on the odor dispersion and its reduction have been investigated. These studies need to accompany the aerodynamic approach, as a main mechanism of diffusion phenomenon, and computational fluid dynamics(CFD) can be effectively used to study this kind of research. CFD considers both various wind conditions as well as topographical conditions to study aerodynamic phenomenon. Therefore the ultimate objective of the study was to develop an aerodynamic model to predict qualitatively and quantitatively odor diffusion from livestock. In this study, as the first step of this study, various phenomena and factors of odor diffusion from livestock houses were investigated through field experiments in 2007. Later, those data will be also used to verify the CFD accuracy as well as to develop 3-dimensional CFD model.
Download Link :
http://citeseerx.ist.psu.edu/viewdoc/download?doi=10.1.1.837.9240&rep=rep1&type=pdf