Recent Submissions

• Numerical simulation of thermomagnetic carbon nanotube-graphene nanoplatelet polymeric conductive composites
• Development of Mechano-Responsive CNT-Epoxy Concrete
• Refinement of post-acidification steps in the unified BARGE method for determination of metal bioaccessibility in consumer products: Addressing precipitation issues
• Nanoarchitectured CuAlS@CoMn-layered double hydroxide hybrids with trimetallic synergy for efficient water splitting
• Degradation mechanisms and stability challenges in perovskite solar cells: a comprehensive review
• Development of drought-flood abrupt alternations identification method based on daily soil moisture index: Spatiotemporal characterization and risk assessment in the middle and lower reaches of Yangtze River Basin
• Modeling-based mechanistic insights into the role of barium titanate shape and microstructural defects in coupled-field responses of piezoelectric nanocomposites
• Bond failure of steel rebar corrosion in concrete with different degrees of steel
• 탄소나노튜브/폴리머 기반 복합체를 이용한 콘크리트 타설 모니터링
• MDOF 해석을 통한 VS30 구간별 일반구조물의 PGA 증폭 모델 개발
• GR4J 모형 기반 순유출량을 활용한 하구 지역의 수문학적 가뭄 특성 분석
• Performance Evaluation of Structural Behavior Monitoring Using Smart Sensors
• Operational zone-based assessment of metal contamination and long-term leaching predictions for active smelting site management
• 토양 수분 보유능 향상을 위한 IONPs 적용 사례 및 향후 연구 방향
• DESIGN OF A HYDRAULIC LABORATORY EXPERIMENTAL SET UP FOR OBSERVING SUSPENDED SEDIMENT TRANSPORT AND THE DEPOSITION IN A PIPES
• A water-energy-food nexus model for South Korea to identify the vulnerability of water, energy, and food to climate change
• Impacts of precipitation and potential evapotranspiration on future runoff under climate change scenarios: A case study of the Han River basin, South Korea.
• Water demand scenarios in Jeolla province, Korea considering social, economic, and environmental factors
• Probability of spatio-temporal propagation from meteorological to hydrological drought in South Korea
• A SCOPING STUDY OF PIER SCOUR UNDER PRESSURE AND OVERTOPPING FLOW