Folgen
Myeonghui ahn
Myeonghui ahn
Zugehörigkeit unbekannt
Bestätigte E-Mail-Adresse bei kict.re.kr
Titel
Zitiert von
Zitiert von
Jahr
Experimental study on levee monitoring system for abnormality detection using fiber optic temperature sensing
M Ahn, D Ko, U Ji, J Kang
Ecology and Resilient Infrastructure 6 (2), 120-127, 2019
72019
A study on the site selection method for the creation of a flood buffer section considering the nature-based solution-case study from upstream of Daecheong Dam to Downstream of …
U Ji, E Jang, I Bae, M Ahn, J Bae
Ecology and Resilient Infrastructure 9 (3), 131-140, 2022
62022
Uncertainty analysis for mean flow velocity and discharge measurements using floats based on large-scale experiments
M Ahn, B Yoon, U Ji
KSCE Journal of Civil Engineering 23, 3364-3371, 2019
62019
Introduction and application of 3D terrestrial laser scanning for estimating physical structurers of vegetation in the channel
E Jang, M Ahn, U Ji
Ecology and Resilient Infrastructure 7 (2), 90-96, 2020
52020
Evaluation of Flow Resistance Coefficient based on Physical Properties of Vegetation in Floodplains and Numerical Simulation of the Changes in Flow Characteristics
U Ji, E Jang, M Ahn, I Bae
Ecology and Resilient Infrastructure 8 (4), 212-222, 2021
42021
Reconfiguration of physical structure of vegetation by voxelization based on 3D point clouds
M Ahn, E Jang, I Bae, U Ji
KSCE JOURNAL OF CIVIL AND ENVIRONMENTAL ENGINEERING RESEARCH, 2020
42020
Measurement and analysis of nitrous oxide emissions over time around a dune in the experimental flume
M Ahn, Y Kim, U Ji, J Gu, J Ko, I Bae, H Kang
J. Korean Soc. Environ. Eng 41, 228-234, 2019
42019
Estimation of single vegetation volume using 3D point cloud-based alpha shape and voxel
E Jang, M Ahn
Ecology and Resilient Infrastructure 8 (4), 204-211, 2021
32021
Channel-forming discharge calculation and stable channel section evaluation for downstream reach of Yeongju dam in Naesung stream
EK Jang, M Ahn, U Ji
Journal of Korea Water Resources Association 51 (3), 183-193, 2018
32018
Large-scale Levee Monitoring Experiment Using Fiber-optic Sensor and Distributed Temperature Sensing System
M Ahn, I Bae, U Ji, J Kang
Ecology and Resilient Infrastructure 7 (3), 181-188, 2020
22020
Experimental analysis for vegetated flow in a full-scale outdoor flume
U Ji, C Lee, D Kim, M Ahn
AGU Fall Meeting Abstracts 2018, EP43C-2717, 2018
22018
Characterizing erosion and deposition in and around riparian vegetation patches: Complex flow hydraulics, sediment supply, and morphodynamic feedbacks
AW Tranmer, U Ji, M Ahn, SH Jung, EM Yager
Water Resources Research 60 (2), e2023WR034859, 2024
12024
Physical modelling of shrub-willow patches in prototype scale
U Ji, M Ahn, J Järvelä, H Kim, EK Jang, J Gu, K Västilä
38th IAHR World Congr.-“Water Connect. World 38, 5546-5553, 2019
12019
광섬유 온도 센싱을 활용한 제방의 이상 감지 모니터링 시스템에 대한 실험 연구
안명희, 고동우, 지운, 강준구
Ecology and Resilient Infrastructure 6 (2), 120-127, 2019
12019
Numerical Calibration of Flow Roughness for Vegetated Channel
E JANG, UN JI, M AHN
Proceedings of IAHR World Congress 2019 International Association of Hydro …, 2019
12019
Development and verification of eco-hybrid rolling mat for preventing bank erosion based on large-scale experiments
U Ji, EK Jang, M Ahn, W Kim
Ecology and Resilient Infrastructure 6 (4), 217-226, 2019
12019
Spatial Breach Analysis due to Overtopping Flow Depending on the Degree of Compaction for Noncohesive Embankments
M Ahn, I Bae, U Ji
KSCE Journal of Civil Engineering 26 (3), 1132-1143, 2022
2022
Estimation of bulk flow resistance in vegetated channels based on large-scale river experiments
U Ji, I Bae, M Ahn, E Jang
Proceedings of the Korea Water Resources Association Conference, 3-3, 2021
2021
3 차원 포인트 클라우드 기반 복셀화에 의한 식생의 물리적 구조 재구현
안명희, 장은경, 배인혁, 지운
대한토목학회논문집 40 (6), 571-581, 2020
2020
Calibration of Delft3D Flow Simulation Considering Flow Resistance due to Vegetation
EK Jang, MH Ahn, IH Bae, U Ji, HS Truong
Proceedings of the Korea Water Resources Association Conference, 310-310, 2020
2020
Das System kann den Vorgang jetzt nicht ausführen. Versuchen Sie es später erneut.
Artikel 1–20