Publication

Journal Paper

Dong-Sin Shih, Wei-Cheng Lo, Hiroshi Takebayashi, Silke Wieprecht. (2023,Aug). Assessing the safety of in-river structures through next-generation novel technologies. Journal of Hydrology, 627, 30149. (SCI, 13/139, Engineering, Civil). MOST 109-2628-M-009-001-MY3.
Dong-Sin Shih, Shang-Shu Shih, Shaohua Marko Hsu, Shih-Yuan Lin, Yiching Lin, Chi-Tung Hung, Kai Wang*. (2023, Feb). A framework for the sustainable risk assessment of in-river hydraulic structures: A case study of Taiwan’s Daan River. Journal of Hydrology, 617(C), 129028. (SCI, 13/139, Engineering, Civil). MOST 109-2628-M-009-001-MY3.
Tanh T.N. Nguyen*, Shih Dong-Sin, Lloyd H.C. Chua, Linh H. Nguyen, Linh H. Ha, An T. Ngo, Ninh V. Luu, Thai V. Huynh, Linh M. Duong, Chau N. Tran. (2023, Feb). Revealing riverbed morphological evolution in river system with complexity: The Vietnam Mekong River case study. Journal of Hydrology, 617(B), 128897. (SCI, 13/139, Engineering, Civil). MOST 109-2628-M-009-001-MY3.
Kai Wang and Dong-Sin Shih*. (2022, Dec). A Method Combining Seepage Theory and Model Simulation for the Identification of Potential Groundwater Resources. Journal of Hydrologic Engineering, 27(12), 04022030-1. (SCI, 67/100, WATER RESOURCES). 經濟部: MOEAWRA1090264.
Tanh T. N. Nguyen,*, Dong-Sin Shih, Lloyd Chua, Huyen N. Kieu, Linh H. Ha, Linh H. Nguyen, Ninh V. Luu, Thai V. Huynh , Linh M. Duong, An T. Ngo, Hoa V. Nguyen and Chau N. Tran. (2022, Aug). Identifying Flow Eddy Currents in the River System as the Riverbank Scouring Cause A Case Study of the Mekong River. Water, 14, 2418. (SCI, 36/100, WATER RESOURCES).
Wei-Cheng Lo, Han Su, Dong-Sin Shih*. (2022, Apr). Integrating multiple downscaling simulations with continuous In-situ monitoring to assess riverbed scouring. Journal of Hydrology, 610, 127841. (SCI, 11/138, Engineering, Civil).
Dong-Sin Shih, Yung-Chia Chiu and Kai Wang*. (2022, Mar). Combined Numerical Simulation and Groundwater Depletion Sensitivity Analysis for Dynamic Pumping Management. Journal of Water Resources Planning and Management, 148(3): 04022002. (SCI, 38/111, WATER RESOURCES). 經濟部: MOEAWRA1090264.
Fiaz Hussain, Ray-Shyan Wu*, Dong-Sin Shih. (2022, Jan). Water table response to rainfall and groundwater simulation using physics-based numerical model WASH123D. Journal of Hydrology: Regional Studies, 39, 100988. (SCI, 17/100, WATER RESOURCES). MOST 108-2621-M-008-001.
Jing-Ying Huang and Dong-Sin Shih*. (2020, Dec). Assessing Groundwater Level with a Unified Seasonal Outlook and Hydrological Modeling Projection. Applied Sciences, 10(24), 8882. (SCI, 32/91, Engineering, Multidisciplinary). MOST 109-3114-M-008-001.
Cheng-Kai Chang, Jau-Yau Lu, Shi-Yan Lu, Kuo-Ting Hsiao, and Dong-Sin Shih*. (2020, May). Using a PIV Measurement System to Study the Occurrence of Bursting in the Flow Over a Movable Scour Hole Downstream of a Groundsill. Water, 12(5), 1396. (SCI, 29/91, WATER RESOURCES). MOST 108-2628-M-009-005.
Cheng-Kai Chang, Jau-Yau Lu, Shi-Yan Lu, Zhong-Xiang Wang, and Dong-Sin Shih*. (2020, May). Experimental and Numerical Investigations of Turbulent Open Channel Flow over a Rough Scour Hole Downstream of a Groundsill. Water, 12(5), 1488. (SCI, 29/91, WATER RESOURCES). MOST 108-2628-M-009-005.
Dong-Sin Shih* and Tzu-Yi Lai. (2020, May). Reducing of Bend Scour by Setting Spurs in a Curved Channel. Water, 12(5), 1353. (SCI, 29/91, WATER RESOURCES). MOST 108-2628-M-009-005.
Dong-Sin Shih*, Tzu-Yi Lai and Zuo-Ming Hsu (2019, Dec). Applying Biomineralization Technology to Study the Effects of Rainfall Induced Soil Erosion. Water, 11(12), 2555. (SCI, 29/91, WATER RESOURCES). MOST 108-2628-M-009-005.
Dong-Sin Shih, Chia-Jeng Chen*, Ming-Hsu Li, Cheng-Shin Jang, Che-Min Chang, and Yuan-Ya Liao (2019, Feb). Statistical and Numerical Assessments of Groundwater Resource Subject to Excessive Pumping: Case Study in Southwest Taiwan. Water, 11(2), 360. (SCI, 34/90, WATER RESOURCES). MOEAWRA:1050043.
王靖斈、林遠見、石棟鑫、吳瑞賢*（2021年03月）。應用雷達降雨資料與支撐向量機於洪水預報結果之修正研究。中國土木水利工程學刊，第三十三卷，第一期，第45-54頁。
盧德瑋、石棟鑫、吳瑞賢*（2021年03月）。應用季節性預報資訊於乾旱時期鳳山溪流域地下水變化探討。中國土木水利工程學刊，第三十三卷，第一期，第35-44頁。

Conference Paper

Yi-Hua Hsiao, Chun-Che Chen, Dong-Sin Shih* (2024, Nov). Flooding Assessment of Taiwan under Future Climate Change Scenarios. International Scientific Conference “Research on Sustainable Agricultural Development and Climate Change Adaptation”, Vietnam. (Oral Dong-Sin Shih).
Mao Chi Wu#, Dong-Sin Shih (2024, Jun). Vibration Behavior Analysis of Bridge Piers Subjected to Erosion by Using Triaxial Accelerometers. AOGS2024 Asia Oceania Geosciences Society (AOGS) 21st Annual Meeting, South Korea. (Oral Mao Chi Wu).
Tung Hsuan Tsai#, Dong-Sin Shih (2024, Jun). Temporal and Spatial Studies Over a Scour Hole Downstream of a Grade‐control Structure. AOGS2024 – Asia Oceania Geosciences Society (AOGS) 21st Annual Meeting, South Korea. (Poster Tung Hsuan Tsai)
Yi Hong Lin#, Cheng-Hsin Chen, Dong-Sin Shih (2024, Jun). Analyzing Changes in River Channel Patterns Under the Climate Change Scenarios. AOGS2024 – Asia Oceania Geosciences Society (AOGS) 21st Annual Meeting, South Korea. (Poster Yi Hong Lin).
Dong-Sin Shih (2024, May). A Study to Use a Triaxial Accelerometer to Assess Bridge Scour Depth. ASCE 2024 World Environmental & Water Resources Congress, Milwaukee, WI, USA. NSTC 112-2625-M-A49-004.
Hsuan-Yu Peng and Dong-Sin Shih*. (2023, Aug). Estimation of Pier Scours by Incorporating Hydraulic Parameters and Triaxial Accelerometer. AOGS2023 – Asia Oceania Geosciences Society (AOGS) 20th Annual Meeting, Singapore. (Oral Hsuan-Yu Peng).
Wei-Feng Tai and Dong-Sin Shih*. (2023, Aug). Measuring Flow Field of Scouring Hole Using Laser Doppler Velocimetry. AOGS2023 – Asia Oceania Geosciences Society (AOGS) 20th Annual Meeting, Singapore. (Poster Wei-Feng Tai).
Dong-Sin Shih*, Chung-Li Laio. (2023, May). CongressEstimating the Scouring Depth of Bridge Piers by a Triaxial Accelerometer. ASCE 2023 World Environmental & Water Resources, Henderson, Nevada, USA.. MOST 109-2628-M-009-001-MY3. (Oral Dong-Sin Shih).
Dong-Sin Shih* (2019, May). Using Numerical Simulation and Field Experiment to Study the Behavior of Fluvial Sediment. ASCE 2019 World Environmental & Water Resources Congress, Pittsburgh, Pennsylvania, USA. MOST 107-2621-M-005-006. (Oral Dong-Sin Shih).