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[지반역학및불포화지반기술위원회] 제6회 한일 불포화지반 공동 워크샵 (24.8.29.(목)~8.30(금))

제6회 한국-일본 불포화지반 공동 워크샵이 8월 29일(목) - 30일(금) 일본 고베대학교에서 개최됩니다.
본 행사는 불포화지반 관련 연구동향 파악 및 양국 연구자들 간의 학술교류를 위하여 
우리 학회 지반역학 및 불포화지반 기술위원회와 일본 불포화지반 연구회를 중심으로 총 20편의 논문들이 발표될 예정이오니, 회원 여러분들의 많은 관심과 참여를 부탁드립니다.

■ 일시: 2024년 8월 29일(목) ~ 8월 30일(금)

■ 장소: Rokkodai Auditorium (Idemitsu Sazo Memorial), 고베대학교, 일본

■ 주관: 한국지반공학회(지반역학 및 불포화지반 기술위원회), 일본 불포화지반연구회

■ 지원: 한국연구재단(KRF), 일본학술진흥회(JSPS)


■ [1일차] 세션안내

Session 1
Title Author Affiliation
Experimental Study about Recovery of Stability of Railway Embankment Damaged by Severe Rainfall Takaki MATSUMARU Railway Technical Research Institute), Japan
Preliminary Study on Verification of Critical Continuous Rainfall Amounts for Initiating Shallow Landslides in Korea Joon-Young Park Korea Institute of Geoscience and Mineral Resources), Korea
Slope Failure Prediction Based on Reference Suction Stress  Depu Hu Kobe University, Japan
Analysis of Rainfall Flow and Unsaturated Slope Stability Using UAV Images Jae-Hong Kim Dongshin University, Korea
Analysis of Rainfall Infiltration in Unsaturated Soil Slopes Yeshey Choden Kyoto University, Japan
Session 2
Soil Pore Structure from Compaction Energy and Suctiona Toshio Sugii Chubu University, Japan
Analysis on the Unsaturated Characteristics of a Mine Waste-dump Slope Using Field Monitoring Young-Suk Song Korea Institute of Geoscience and Mineral Resources, Korea
Stress-induced Anisotropy of Small Strain Shear Modulus in Saturated and Unsaturated Cohesive Soils Hirofumi Toyota Nagaoka University of Technology, Japan
Prediction of Resilient Modulus on Unsaturated Geomaterials via DEM Modeling Hyun-Su Park Dankook University, Korea
Microscopic Characteristics of Pore Water and Their Link to Macroscopic Responses of Partially Saturated Silica Sand under Triaxial Compression Conditions Ryunosuke Kido Hiroshima University, Japan
Session 3
Material Properties of Recycled Aggregates using Laboratory Tests Jae-Hyun Kim Kangwon National University, Korea
Numerical Simulation of the Ink-bottle Effect in a Single Pore Mai Sawada Tokyo Institute of Technology, Japan
A Study on Applicability to Engineered Slopes of Water Repellent Soils by Laboratory Embankment Model Test Byeong-Su Kim Dankook University, Korea
 첨부파일
[제6회_한일공동워크숍]_일정계획서(안).docx
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