@article{ART003216193},
author={WonHyung Park and SoungCheol Yoon and JaeWoo Chung},
title={A Study on Indoor Noise Prediction Methods and Evaluation Techniques in Classrooms According to Noise Sources – Focusing on Road and Railway Noise -},
journal={Journal of Environmental Impact Assessment},
issn={1225-7184},
year={2025},
volume={34},
number={3},
pages={170-183}
TY - JOUR
AU - WonHyung Park
AU - SoungCheol Yoon
AU - JaeWoo Chung
TI - A Study on Indoor Noise Prediction Methods and Evaluation Techniques in Classrooms According to Noise Sources – Focusing on Road and Railway Noise -
JO - Journal of Environmental Impact Assessment
PY - 2025
VL - 34
IS - 3
PB - Korean Society Of Environmental Impact Assessment
SP - 170
EP - 183
SN - 1225-7184
AB - This study investigates the transmission characteristics of outdoor noise into indoor Using road traffic noise as the baseline, both field measurements and simulation-based predictionswere conducted to evaluate the reliability of indoor noise transmission prediction methods. Resultsshowed that the line source model demonstrated superior predictive performance compared to thepoint source model, with prediction errors remaining within ±1 dB(A) on average. The averageindoor transmission coefficients for road and railway noise were -8.0 and -8.2 dB(A), respectively,attributed to the similar acoustic characteristics of both sources.
The findings of this study provide a validated predictive framework that may serve as a usefulreference for environmental impact assessments and educational environment evaluations(includingexisting schools) in the planning of new school facilities.
classroom environments, with a focus on road and railway noise. Since each noise source exhibitsdistinct acoustic properties-such as differences in frequency spectrum and sound pressure level-thepropagation of sound from outdoor to indoor spaces varies accordingly. In this research assumes thatthe primary factors influencing indoor noise levels are the indoor sound absorption rate and the areaof window and opening surfaces.
KW - Environmental Impact Assessment;Educational Environment Assessment;Newly-planned School;Road Traffic Noise;Railway Noise;Noise in the Classroom
DO -
UR -
ER -
WonHyung Park, SoungCheol Yoon and JaeWoo Chung. (2025). A Study on Indoor Noise Prediction Methods and Evaluation Techniques in Classrooms According to Noise Sources – Focusing on Road and Railway Noise -. Journal of Environmental Impact Assessment, 34(3), 170-183.
WonHyung Park, SoungCheol Yoon and JaeWoo Chung. 2025, "A Study on Indoor Noise Prediction Methods and Evaluation Techniques in Classrooms According to Noise Sources – Focusing on Road and Railway Noise -", Journal of Environmental Impact Assessment, vol.34, no.3 pp.170-183.
WonHyung Park, SoungCheol Yoon, JaeWoo Chung "A Study on Indoor Noise Prediction Methods and Evaluation Techniques in Classrooms According to Noise Sources – Focusing on Road and Railway Noise -" Journal of Environmental Impact Assessment 34.3 pp.170-183 (2025) : 170.
WonHyung Park, SoungCheol Yoon, JaeWoo Chung. A Study on Indoor Noise Prediction Methods and Evaluation Techniques in Classrooms According to Noise Sources – Focusing on Road and Railway Noise -. 2025; 34(3), 170-183.
WonHyung Park, SoungCheol Yoon and JaeWoo Chung. "A Study on Indoor Noise Prediction Methods and Evaluation Techniques in Classrooms According to Noise Sources – Focusing on Road and Railway Noise -" Journal of Environmental Impact Assessment 34, no.3 (2025) : 170-183.
WonHyung Park; SoungCheol Yoon; JaeWoo Chung. A Study on Indoor Noise Prediction Methods and Evaluation Techniques in Classrooms According to Noise Sources – Focusing on Road and Railway Noise -. Journal of Environmental Impact Assessment, 34(3), 170-183.
WonHyung Park; SoungCheol Yoon; JaeWoo Chung. A Study on Indoor Noise Prediction Methods and Evaluation Techniques in Classrooms According to Noise Sources – Focusing on Road and Railway Noise -. Journal of Environmental Impact Assessment. 2025; 34(3) 170-183.
WonHyung Park, SoungCheol Yoon, JaeWoo Chung. A Study on Indoor Noise Prediction Methods and Evaluation Techniques in Classrooms According to Noise Sources – Focusing on Road and Railway Noise -. 2025; 34(3), 170-183.
WonHyung Park, SoungCheol Yoon and JaeWoo Chung. "A Study on Indoor Noise Prediction Methods and Evaluation Techniques in Classrooms According to Noise Sources – Focusing on Road and Railway Noise -" Journal of Environmental Impact Assessment 34, no.3 (2025) : 170-183.
