郭玉樹老師照片_small-1

Professor

Yu-Shu Kuo

Professor

Office：4F 4683B

Extension: 63271
Email：kuoyushu@mail.ncku.edu.tw
NCKU Research

Lab Website

Education：

Dr.-Ing., Bauingenieurwesen, Leibniz Universität Hannover , Germany(2004.09~2007,12)

M.S., Civil Engineering,, National Cheng Kung University(1998.09~2000.06)

B.S., Civil Engineering,, National Cheng Kung University(1994.09~1998.06)

Specialties：

Offshore wind energy, Marine Energy, Offshore geotechnical engineering

Teaching courses：

Engineering Geology, Marine Energy, Soil Mechanics, Soil Mechanics Laboratory

2021/08 ~ present Adjunct professor, Department of Engineering Science and Ocean Engineering, National Taiwan University

2018/08 ~ present Professor, Department of Hydraulic and Ocean Engineering, National Cheng Kung University

2014/08 ~ 2018/07 Associate Professor, Department of Hydraulic and Ocean Engineering, National Cheng Kung University National Cheng Kung University

2010/08 ~ 2014/01 Assistant Professor, Department of Hydraulic and Ocean Engineering, National Cheng Kung University National Cheng Kung University

2009/08 ~ 2010/07 Assistant Professor, Department of Civil Engineering, National Pingtung University of Science and Technology

2009/04 ~ 2009/07 Assistant Research Fellow, Disaster Prevention Research Center, National Cheng Kung University

2008/01 ~ 2009/02 Assistant Research Fellow, Institute of Soil Mechanics, Foundation Engineering and Waterpower Engineering, Leibniz University of Hannover(Institut für Geotechnik, Leibniz Universität Hannover)

2004/09 ~ 2007/12 Research Assistant, Institute of Soil Mechanics, Foundation Engineering and Waterpower Engineering, Leibniz University of Hannover(Institut für Geotechnik, Leibniz Universität Hannover)

2025(Academic Year 2024)

  • Teaching Excellence Award for Achievement in Industry-University Cooperation, National Cheng Kung University, Academic Year 2024

2024(Academic Year 2023)

  • Excellent Teaching Award, National Cheng Kung University, Academic Year 2023
  • Supervised student Ping-Hsien Chin, 4th Place in Poster Competition, 46th Ocean Engineering Conference and International Ocean Energy Forum

2023(Academic Year 2022)

  • Supervised student Yun-Chi Huang, Honorable Mention in Paper Competition, 2023 Conference on Renewable Energy and National Security

2022(Academic Year 2021)

  • Tung-Sheng Chang Contribution Award
  • Teaching Excellence Award for Achievement in Industry-University Cooperation, National Cheng Kung University, Academic Year 2021

2021 (Academic Year 2020)

  • Supervised student Wei-Sin Khor, Excellent Paper Award, Taiwan Wind Energy Association Conference (2021)
  • Teaching Excellence Award for Achievement in Industry-University Cooperation, National Cheng Kung University, Academic Year 2020

2020 (Academic Year 2019)

  • Supervised student Yu-Chun Hsu, Student Paper Award, Journal of the Taiwan Disaster Prevention Society.
  • Excellent Teaching Award, National Cheng Kung University, Academic Year 2019
  • R&D Project Evaluation Award (Honorable Mention), CECI Engineering Consultants, Inc., Taiwan.
  • Teaching Excellence Award for Achievement in Industry-University Cooperation, National Cheng Kung University, Academic Year 2019

2019 (Academic Year 2018)

  • Supervised student Ya-Chu Chuang, Excellent Paper Award, Taiwan Wind Energy Association Conference (2019)
  • Supervised student Kai-Chun Chang, Ministry of Science and Technology (MOST) — College Student Research Creativity Award (2018)
  • Supervised students Chia-Wei Hsu and Wei-Ting Chen, Outstanding Award, Civil Engineering Division, Chinese Institute of Engineers Student Paper Competition (2019)
  • Excellent Research Award, Department of Hydraulic and Ocean Engineering, National Cheng Kung University, Academic Year 2018

2017 (Academic Year 2016)

  • Excellent Teaching Award, National Cheng Kung University, Academic Year 2016
  • Excellent Teaching Award, Department of Hydraulic and Ocean Engineering, National Cheng Kung University, Academic Year 2016
  • Excellent Mentor Award, Department of Hydraulic and Ocean Engineering, National Cheng Kung University, Academic Year 2016
  • Teaching Excellence Award for Achievement in Industry-University Cooperation, National Cheng Kung University, Academic Year 2016
  • R&D Project Evaluation Award (First Class), CECI Engineering Consultants, Inc., Taiwan.
  • Co-supervised student Kun-Ting Chen, Doctoral Dissertation Award, Taiwan Geotechnical Society

2016 (Academic Year 2015)

  • National Energy Program II (NEP II) — Foundation design of offshore wind turbine in liquefiable seabed soil (2/2), Midterm Review, 2nd Place
  • R&D Project Evaluation Award (First Class), CECI Engineering Consultants, Inc., Taiwan.
  • Star of Tomorrow Award, College of Engineering, National Cheng Kung University

2015 (Academic Year 2014)

  • Best Paper Award, Computers and Geotechnics (for the article Behavior of monopile foundation under cyclic lateral load)
  • National Energy Program II (NEP II) — Foundation design of offshore wind turbine in liquefiable seabed soil (1/2), Midterm Review, 2nd Place
  • R&D Project Evaluation Award (First Class), CECI Engineering Consultants, Inc., Taiwan.
  • R&D Project Evaluation Award (First Class), CECI Engineering Consultants, Inc., Taiwan.

2014 (Academic Year 2013)

  • Supervised student Kun-Ting Chen, Best Student Paper Award, International Debris-Flow Workshop 2014
  • Excellent Teaching Award, National Cheng Kung University, Academic Year 2013
  • Excellent Teaching Award, Department of Hydraulic and Ocean Engineering, National Cheng Kung University, Academic Year 2013
  • Excellent Mentor Award, Department of Hydraulic and Ocean Engineering, National Cheng Kung University, Academic Year 2013

2013 (Academic Year 2012)

  • Supervised student San-Yi Huang, 1st Place (Outstanding Award), Student Paper Competition, Journal of the Taiwan Disaster Prevention Society.
  • Supervised student Chi-Sheng Lin, Excellence Award, Student Paper Competition, Journal of the Taiwan Disaster Prevention Society.
  • Supervised student Kun-Ting Chen, Excellent Poster Award, International Symposium on Sediment Disasters under the Influence of Climate Change and Tectonic Activity

2012 (Academic Year 2011)

  • High-Quality Journal Paper Award, College of Engineering, National Cheng Kung University

2010 (Academic Year 2009)

  • Co-supervised student Kun-Ting Chen, 1st Place (Doctoral Division), Student Paper Competition, 19th Hydraulic Engineering Conference

2009 (Academic Year 2008)

Excellent Mentor Award, College of Engineering, National Pingtung University of Science and Technology

  1. Kuo, Y.-S.*, Chin, P.-H., Tseng, Y.-H., Chi, C.-M., Chang, S.-C., and Aubeny, C. P. (2025). “Shaking table experiments to investigate the seismic response of drag embedded anchors,” Soil Dynamics and Earthquake Engineering, Vol. 194, 109364. (SCI, IF: 4.6, subject category: ENGINEERING, GEOLOGICAL，Ranking: 16/65=24.6%)
  2. Kuo, Y.-S.*, Chong, K.-C., Tseng, Y.-H., Hsu, H.-T. (2024). “Excess pore water pressure response of soil inside the mini bucket embedded in saturated soil under seismic loading,” Soil Dynamics and Earthquake Engineering, Vol. 182, 108751. (SCI, IF: 4.6, subject category: ENGINEERING, GEOLOGICAL，Ranking: 16/65=24.6%)
  3. Chi, C.-M., Lin, Z.-S., and Kuo, Y.-S. (2023). “Bearing capacity factor characteristics of footings on double-layered cohesive soils,” Journal of Marine Science and Technology-Taiwan, Vol. 31, pp. 403-419. (SCI, IF: 0.4, subject category: ENGINEERING, MULTIDISCIPLINARY，Ranking: 149/181=82.3%))
  4. Kuo, Y.-S.*, Weng, T.-L., Hsu, H.-T., Chang, H.-W., Lin, Y.-C., Chang, S.-C., Chuang, Y.-J., Tseng, Y.-H. and Wong, Y.-T. (2021) “A methodology for estimating the position of the engineering bedrock for offshore wind farm seismic demand in Taiwan,” Energies, 14(9), 2474. (SCI, IF: 3.252, subject category: ENERGY & FUELS，Ranking : 80/119=67.2%)
  5. Kuo, Y.-S.*, Chong, K.-C., Chang, S.-C., Chi, J.-F., and Hsu, H.-T. (2021). “A hybrid method to evaluate soil liquefaction potential of seabed at offshore wind farm in Taiwan,” Energies, 14(7), 1853. (SCI, IF: 3.252, subject category: ENERGY & FUELS，Ranking : 80/119=67.2%)
  6. Achmus, M., Kuo, Y.-S., Abdel-Rahman, K.*, Tseng, Y.-H., and Pang, I. (2020). “Capacity degradation method for piles under cyclic axial loads,” Computers and Geotechnics, Vol.128, DOI: 10.1016/j.compgeo.2020.103838.(SCI, IF: 4.956, subject category: ENGINEERING, GEOLOGICAL，Ranking : 8/41=19.51%)
  7. Kuo, Y.-S.*, Chong, K.-J., Tseng, Y.-H., Hsu, C.-W., and Lin, C.-S. (2020). “Assessment on liquefaction potential of seabed soil in Chang-Bin Offshore wind farm considering parametric uncertainty of standard penetration tests,” Engineering Geology, Vol. 267, 105497. (SCI, IF: 6.755, subject category: ENGINEERING, GEOLOGICAL-SCIE, Ranking: 2/41=4.87%)
  8. Kuo, Y.-S.*, Lin, C. S., Chai, J. F., Chang, Y. W., and Tseng, Y. H. (2019). “Case study of the ground motion analyses and seabed soil liquefaction potential of Changbin offshore wind farm,” Journal of Marine Science and Technology, Vol. 27, No. 5, pp. 448-462.(SCI, IF: 0.444, subject category: ENGINEERING, Ranking: 86 / 91=94.5%)
  9. Chen, K.-T., Chen, X.-Q., Hu, G.-S., Kuo, Y.-S.*, and Chen H.-Y. (2019) “Effects of river flow velocity on the formation of landslide dams,” Journal of Mountain Science, 16(11):2502-2518.(SCI, IF: 1.55, subject category: ENVIRONMENTAL SCIENCES, Ranking: 200/265=75.5%)
  10. Chen, K.-T., Chen, X.-Q., Hu, G.-S., Kuo, Y.-S., Huang Y.-R., and Shieh, C.-L. (2019). “Dimensionless Assessment Method of Landslide Dam Formation Caused by Tributary Debris Flow Events,” Geofluids, Vol.2019:1-14.(SCI, IF: 1.437, subject category: GEOLOGY, Ranking:  18 / 47=38.3%)
  11. Tseng, W.-C., Kuo, Y.-S.*, Lu, K.-C., Chen, J.-W., Chung, C.-F., and Chen, R.-C. (2018). “Effect of scour on natural frequency responses of meteorological mast in Taiwan strait.” Energies, 11(4), 823.(SCI, IF: 2.707, subject category: ENERGY & FUELS, Ranking: 56 /103=54.4%)
  12. Tseng, W.-C., Kuo, Y.-S.*, and Chen, J.-W. (2017). “An investigation into the effect of scour on the loading and deformation responses of monopile foundations.” Energies, 10(8), 1190. (SCI, IF: 2.676, subject category: ENERGY & FUELS, Ranking: 48 / 97=49.5%)
  13. Kuo, Y.-S.*, Chung, C.-Y., Hsiao, S.-C. and Wang Y.-K. (2017). “Hydrodynamic characteristics and lateral loading responses of oscillating water column caisson breakwaters,” Renewable Energy, Vol.103, pp439-447.(SCI, IF: 4.90, subject category: ENERGY & FUELS, Ranking: 18 /92=20.6%)
  14. Wang, Y.-K., Chai, J.-F., Chang, Y.-W., Huang, T.-Y. and Kuo, Y.-S.* (2016). “Development of seismic demand for Chang-Bin offshore wind farm in Taiwan strait,” Energies, 9(12), 1036. (SCI, IF: 2.262, subject category: ENERGY & FUELS, Ranking: 45 / 92=48.9%)
  15. Wang Y.-K., Kuo, Y.-S.*, Huang S.-Y. and Cheng W.-C. (2016). “Turbidity Reduction in Taiwan Reservoir Environment Using Bio-based Polymer – Chitosan,” Desalination and Water Treatment, Vol.57, pp.23739-23749. (SCI, IF: 1.631, subject category: WATER RESOURCES, Ranking : 43 / 88 = 48.9%)
  16. Kuo, Y.-S.*, Lin C.-S., Chung C.-Y. and Wang, Y.-K. (2015). “Wave Loading Distribution of Oscillating Water Column Caisson Breakwaters under Non-breaking Wave Forces,” Journal of Marine Science and Technology-Taiwan, 23, No. 1, pp. 78-87. (SCI, IF: 0.298, subject category: ENGINEERING, MULTIDISCIPLINARY, Ranking :78 / 85 = 91.7%)
  17. Lee, S.-P., Chen, Y.-C., Shieh, C.-L. and Kuo, Y.-S.* (2014). “Using real-time abnormal hydrology observations to identify a river blockage event resulted from a natural dam,” Landslides, 11, No.6, pp.1007-1017. (SCI, IF: 2.87, subject category: ENGINEERING, GEOLOGICAL, Ranking : 1 / 32 = 3.1%)
  18. Chen, K.-T., Kuo, Y.-S.*, Shieh, C.-L. (2014). “Rapid geometry analysis for earthquake- induced and rainfall-induced landslide dams in Taiwan,” Journal of Mountain Science,11, No.2, pp.360-370. (SCI, IF: 0.963, subject category: ENVIRONMENTAL SCIENCES, Ranking :172 / 223 = 77.1%)
  19. Kuo, Y.-S.*, Tsai, Y-J, Chen, Y.-S., Shieh, C.-L., Miyamoto, K. and Itoh, T. (2013). “Movement of deep-seated rainfall-induced landslide at Shiao Lin Village during Typhoon Morakot,” Landslides, Vol.10, No.2, pp.191-202. (SCI, IF: 2.814, subject category: ENGINEERING, GEOLOGICAL, Ranking : 1 / 33 = 3.0%)
  20. Lan, Y.-J, Kuo, Y.-S., Hsu, T.-W.* and Chen, C.-Y., (2013). “On waves propagating over closely adjacent poro-elastic submerged breakwaters,” Proceedings of the Institution of Mechanical Engineers, Part M, Journal of Engineering for the Maritime Environment, Vol. 227, No. 3(SI), pp.295-308. (SCI, IF: 0.458, subject category: ENGINEERING, MARINE, Ranking : 7 / 13 = 53.8%)
  21. Kuo, Y.-S., Tsai, C.-C.*, Hsu, T.W. and Huang, Y.H. (2012). “An extended analytic solution of combined refraction and diffraction of long waves propagating over porous circular island,” Journal of Applied Mathematics, Article ID 742705, 13 pages. (SCI, IF: 834, subject category: MATHEMATICS, APPLIED, Ranking : 104 / 247 =42.1%) (NSC 101-3113-P-006-016)
  22. Kuo, Y.-S., Achmus, M.* and Abdel-Rahman, K. (2012). “Minimum embedded length of cyclic horizontally loaded monopiles,” Journal of Geotechnical and Geoenvironmental Engineering, ASCE,138, No.3, pp.357-363. (SCI, IF: 1.156, subject category: ENGINEERING, GEOLOGICAL, Ranking : 13 / 32 = 40.6%)
  23. Lan, Y.-J, Kuo, Y.-S., Hsu, T.-W.* and Lin, T.-Y., (2012). “Numerical simulation of wave transformation across the surf zone over a steep bottom,” Ocean Engineering, Vol. 41, pp.33-38. (SCI, IF: 1.161, subject category: ENGINEERING, OCEAN, Ranking : 3 / 15 = 20%)
  24. Tsai, L.-H., Kuo, Y.-S., Lan, Y.-J. and Hsu, T.-W.* (2011). “Investigation of multiply composite artificial bars for bragg scattering of water waves,” Coastal Engineering Journal, 53, No. 4, pp. 521–548. (SCI, IF: 0.452, subject category: ENGINEERING, OCEAN, Ranking : 10 / 15 = 66.7%)
  25. Kuo, Y.-S.*, Tsang, Y-C., Chen, K.-T. and Shieh, C.-L. (2011). “Analysis of Landslide Dam Geometries,” Journal of Mountain Science, Vol.4, No.8, pp.544-550. (SCI, IF: 1, subject category: ENVIRONMENTAL SCIENCES, Ranking : 146 / 205 = 71.2%)
  26. Chen, Y.-S., Kuo, Y.-S.*, Lai, W.-C, Tsai, Y-J, Lee, S.-P., Chen, K.-T. and Shieh, C.-L. (2011). “Reflection of Typhoon Morakot – The Challenge of Compound Disaster simulation,” Journal of Mountain Science, 4, No.8, pp.571-581. (SCI, IF: 1, subject category: ENVIRONMENTAL SCIENCES, Ranking : 146 / 205 = 71.2%)
  27. Kuo, Y.-S.*, Achmus, M. and Abdel-Rahman, K (2010). “Investigation on the Requirements Regarding the Minimum Embedded Length of Monopiles,” ASCE Geotechnical Special Publications, 205, pp. 315-324.(EI)
  28. Kuo, Y.-S., Achmus, M. and Abdel-Rahman, K. (2009). “Application of cyclic triaxial test results on estimation of lateral deformation of monopiles foundations,” Chinese Journal of Geotechnical Engineering, Vol. 31, No.11, pp. 1729-1734. (EI)
  29. Achmus, M.*, Kuo, Y.-S. and Abdel-Rahman, K. (2009). “Behavior of monopile foundations under cyclic lateral load,” Computers and Geotechnics,36, No.5, pp.725-735. (SCI, IF: 1.229, subject category: ENGINEERING, GEOLOGICAL, Ranking : 8 / 27 = 29.6%)
  30. Achmus, M.*, Kuo, Y.-S. and Abdel-Rahman, K. (2008). “ On the design of monopiles with respect to cyclic loads,” Bauingenieur, Vol. 83, No. 8, pp. 303-311. (in German) (SCI, IF: 0.194, subject category: ENGINEERING, CIVIL, Ranking : 96 / 106 = 90.6%)
  31. 郭玉樹*、詹錢登. (2024). “我國離岸風電海域大地工程發展近況,” 土木水利會刊, 第51卷第2期, pp.8。
  32. 郭玉樹*、張上君、曾玉修、許惠婷、紀昭銘 (2024). “我國浮式風機繫泊系統與錨錠基礎選型考量初探,” 土木水利會刊, 第51卷第2期, pp.29-35。
  33. 郭玉樹*、金秉憲、張上君、紀昭銘、曾玉修 (2024). “砂波對於嵌入式拖錨承載力影響分析,” 土木水利會刊, 第51卷第2期, pp.48-54。
  34. 郭玉樹*、翁子羚、黃瑞箴、許惠婷 (2021). “ 離岸風機水下基礎運維重點與挑戰,” 海洋及水下科技, 第31卷第1期, pp.39-44。
  35. 郭玉樹、翁子羚、曾玉修 (2021). “浮式離岸風機發展趨勢與挑戰,” 工商時報及新興科技媒體中心。
  36. 盧恭君、曾韋禎、郭玉樹、吳憲政、鍾秋鋒 (2020). “風海觀測塔長期結構振動監測系統,” 台電工程月刊, 861期, p.78-87。
  37. 郭玉樹*、許惠婷、徐宇君 (2020). “ 台灣沿岸綠金寶藏，吹動離岸風電商機,” TMBA工具機與零組件雜誌, 122期, pp.47-57。
  38. 郭玉樹* (2019).“台灣地質結構及地震對離岸風電工程施工所帶來的影響,” WindTAIWAN 離岸風電，2019年第二期。
  39. 郭玉樹*、林啟聖、楊捷有、陳威廷 (2019). "不同安裝流量對負壓沉箱基礎抗拉拔承載力之影響," 臺灣能源期刊, 第 6 卷第 3 期, pp.257-268。
  40. 盧恭君、張心寧、郭玉樹、曾韋禎、王昱傑、張皓(2019).“臺灣離岸風機之結構振動監測”,機械新刊,2019年10月號,pp. 82-89.
  41. 郭玉樹*、許哲維、鄭子煇、許惠婷 (2017). “移動的海上工地,” 科學發展月刊, 540期, pp.68-73.
  42. 郭玉樹*、鍾秋峰、唐文元、陳瑞麒、曾姿郡、張倖偉 (2017). “台電離岸風電海氣象觀測塔監測與應用研究規劃,” 台電工程月刊, 825期, pp.86-93.
  43. 鄭子煇、張芥綺、郭玉樹* (2016). “自升式平台船支撐基腳於改良海床穩定性評估,” 風電月刊, 2016年9月號, pp. 22-33.
  44. 郭玉樹*、王昱凱、黃迪瑩、蔡潔忞、許惠婷、曾姿郡、林啓聖 (2016). “離岸風電海域大地工程技術-設計地震反應譜對離岸風機基礎設計之影響,” 中國工程師學會「工程」會刊89卷02期, pp.39-51.
  45. 陳克維、張倖偉、郭玉樹* (2015). “離岸風機負壓沉箱基礎安裝臨界吸力數值模擬(下), ” 風電月刊, 2015年11月號, pp.16-20.
  46. 陳克維、張倖偉、郭玉樹* (2015). “離岸風機負壓沉箱基礎安裝臨界吸力數值模擬(上), ” 風電月刊, 2015年10月號, pp.17-24.
  47. 王昱凱，廖偉宏，許博凱，曾韋禎，郭玉樹* (2015). “離岸風機支撐結構自然振動頻率受基礎勁度影響數值分析,” 風電月刊, 2015年8月號, pp.9-16.
  48. 陳近民、陳昆廷、臧運忠、郭玉樹、謝正倫 (2015). “天然壩破壞形式之研究,” 中華防災學刊, 2015年2月號, Vol. 7, No. 1, pp.81-91.
  49. 蔡潔忞、陳景文、郭玉樹*、許惠婷 (2014). “彰濱風場液化潛能初步評估,” 地工技術, 2014年12月號, No. 142, pp.69-78.
  50. 郭玉樹*、曾姿郡、Florian tom Woerden (2014). “海域大地調查於離岸風場規劃、設計與建置期間之角色,” 地工技術, 2014年12月號, No. 142, pp.51-58.
  51. Martin Achmus、Christian Schroeder、郭玉樹*、陳克維 (2014). “離岸風機負壓沉箱基礎之基本設計概念,” 地工技術, 2014年12月號, No. 142, pp.35-42.
  52. Martin Achmus、郭玉樹* (2014). “離岸風機大口徑單樁基礎地工設計考量,” 地工技術, 2014年12月號, No. 142, pp.25-35.
  53. 郭玉樹*、王昱凱、許博凱、曾韋禎 (2014). “離岸風機基礎設計與驗證考量,” 地工技術, 2014年12月號, No. 142, pp.7-16.
  54. 郭玉樹*、黃迪瑩、曾姿郡、林啓聖 (2014). “離岸風機套管式基礎地工設計考量,” 海洋及水下科技季刊, 103年12月號, Vol. 24, No. 4, pp.25-32.
  55. 林啓聖、李宜芝、郭玉樹* (2014). “振盪水柱波浪發電防波堤於重複波作用下之受力分析,”中華防災學刊, 2014年08月, Vol. 6, No. 2, pp.255-262. (中華防災學會102年學生論文競賽碩士班組優等獎)
  56. 黃三益、廖偉宏、鄭蔚辰、郭玉樹* (2014). “利用生物性混凝劑對水庫區域高濁度原水處理案例研究,” 中華防災學刊, 2014年02月, Vol. 6, No. 1, pp.65-74. (中華防災學會102年學生論文競賽碩士班組特優獎)
  57. 林建柏、廖偉宏、鄭蔚辰、郭玉樹* (2014). “利用生物性絮凝劑去除水中重金屬汞初步評估,” 中華防災學刊, 2014年02月, Vol. 6, No. 1, pp.41-48.
  58. 郭玉樹、黃三益、廖偉宏、鄭蔚辰、陳克維 (2014). “應用生物性混凝劑處理高濁度原水初步研究,” 中華民國自來水協會會刊, 2014年05月號, Vol. 33, No.2, pp.48-55.
  59. 郭玉樹、陳昆廷、李心平*、蘇意筑、王曉明、劉政儒、黃彥融、謝正倫 (2014) “花蓮縣秀林鄉瓦黑爾溪堰塞湖之穩定性評估,”林業期刊, Vol. 40, No. 3, pp.65-71.
  60. 施淳仁、黃富成、蔡潔忞、李宜芝、陳景文、郭玉樹* (2014) . “台灣離岸風場液化潛能初步評估-以彰濱風場為例,” 風電月刊, 2014年02月號, pp.9-18.
  61. 郭玉樹*、吳明珠、何玉玲、曾姿郡、黃迪瑩、蔡潔忞、曾韋禎 (2013). “德國離岸風電學術與產業交流經驗分享,” 風電月刊, 2013年11月號, pp.11-17.
  62. 何玉玲、吳明珠、蔡潔忞、郭玉樹 (2013). “我國離岸風場基礎型式選擇及設計考量,” 風電月刊, 2013年4月號, pp.12- 18.
  63. 郭玉樹*、蔡潔忞、王勁凱、高傳勝、陳景文 (2013). “陸域風機重力式淺基礎受反覆荷重之變形分析,” 中華防災學刊, Vol. 5, No.2, pp.163-170.
  64. 鍾智印、林啟聖、李宜芝、于芃、 陳克維、郭玉樹* (2013) “波浪作用於振盪水柱波浪發電防波堤之側向力分析,” 中華防災學刊, Vol. 5, No.1, pp.31-38.
  65. 臧運忠、陳冠廷、陳昆廷、王昭堡、謝正倫、郭玉樹 (2012). “堰塞湖應變處理機制建立與應用,” 中華防災學刊, Vol. 4, No.2, pp.153-160.
  66. 郭玉樹*、邱盛彥、陳昆廷、謝正倫 (2012). “台灣地區地震及降雨引致崩塌形成堰塞湖之壩體形狀分析,” 中華防災學刊, Vol. 4, No.2, pp.143-151.
  67. 郭玉樹*、伍恆志、林啟聖、陳昆廷、謝正倫、蔡光榮 (2012). “地震誘發崩塌形成天然壩之壩體形狀評估方法研究,” 中華防災學刊, Vol. 4, No.1, pp.23-30.
  68. 謝正倫、陳俞旭、郭玉樹、賴文基、林昂、內田太郎 (2011). “他山之石-日本深層崩塌潛勢區位研究,” 營建知訊, No.344, pp.29-38.
  69. 陳昆廷、臧運忠、郭玉樹、呂明鴻、謝正倫. (2010). “莫拉克颱風引致之堰塞湖案例分析,” 中華防災學刊, Vol. 2, No. 1, pp.43-50.
  70. 謝正倫、郭玉樹、陳昆廷、臧運忠、曾志民、呂明鴻 (2009). “莫拉克颱風引致之堰塞湖,” 地質, Vol. 28, No. 4, pp.66-67.
  71. 蔡光榮、謝正倫、郭玉樹、陳昆廷、臧運忠 (2009). “莫拉克颱風後太麻里溪流域土砂災害之探討,” 地質, Vol. 28, No. 4, pp.62-66.
  72. 郭玉樹、高傳勝、邱詠兆 (2008). “臺灣地區離岸式風力發電機基礎型式選擇初步評估,” 台電工程月刊, No.721, pp.104-111.
  73. 姚孝其、邱詠兆、郭玉樹 (2006). “再談國內與國際風力發電之現況與發展,” 台電工程月刊, No.697, pp.123-133.
  1. Principal Investigator, Study on the estimation of rubble volume and bearing capacity for breakwaters on weak soil layers (2025), National Science and Technology Council& CECI Engineering Consultants, Inc., Taiwan. (industry-university cooperative research project).
  2. Principal Investigator, Internal data collection of OWT (2025), Industrial Technology Research Institute.
  3. Principal Investigator, Behavior of deeply embedded ring anchor for floating offshore wind turbines in liquifiable soil (2024), National Science and Technology Council.
  4. Principal Investigator, Study on pore water pressure monitoring systems for offshore wind farm (2024-2025), Chao Dao Environment and Energy Ltd..
  5. Principal Investigator, Internal data collection of OWT (2024), Industrial Technology Research Institute.
  6. Principal Investigator, Decommission of pile foundation for offshore structure (2023), Industrial Technology Research Institute.
  7. Principal Investigator, The behavior of helical pile of floating photovoltaic structures under lateral load (2023) National Science and Technology
  8. Principal Investigator, Study on penetration behavior of drag embedded anchor in sandy soil (2023-2024), National Science and Technology Council& CECI Engineering Consultants, Inc., Taiwan. (industry-university cooperative research project).
  9. Principal Investigator, Three-dimensional onshore and offshore soil liquefaction potential map development using con penetration results (2023-2024), Geological Survey and Mining Management Agency.
  10. Principal Investigator, The monitoring for seabed soil water pressure of offshore wind farm and maintenance management (2023-2025), National Taiwan Ocean University & China Steel Corporation.
  11. Principal Investigator, Internal data collection of OWT (2023), Industrial Technology Research Institute.
  12. Principal Investigator, Spatial distribution of estimated CPT parameters in Chang Hua offshore area (2023), Sinotech Engineering Consultant.
  13. Principal Investigator, Internal data collection of OWT (2022), Industrial Technology Research Institute.
  14. Principal Investigator, Risk assessment of floating offshore wind turbine anchor foundation design and installation (II) (2022), National Science and Technology Council& CECI Engineering Consultants, Inc., Taiwan. (industry-university cooperative research project).
  15. Principal Investigator, Evaluation of offshore wind turbine foundation stability and soil liquefaction potential of offshore wind farm (2021), National Taiwan Ocean University & China Steel Corporation.
  16. Principal Investigator, Consultancy of Shaking table test for SBJ (2021), CDEE & Orsted.
  17. Principal Investigator, Interpretation of seabed borehole data and laboratory test results for geophysical survey (2021), Ministry of Science and Technology.
  18. Principal Investigator, Risk assessment of floating offshore wind turbine anchor foundation design and installation (2021), Ministry of Science and Technology & CECI Engineering Consultants, Inc., Taiwan. (industry-university cooperative research project).
  19. Principal Investigator, Research and analysis on the regulations and management mechanism of national offshore engineering geological databank (2020), Central Geological Survey, MOEA.
  20. Principal Investigator, Study on installation, pullout and decommission of suction caisson foundation (2020), Ministry of Science and Technology.
  21. Principal Investigator, Uncertainty of cone penetration test parameters and seabed soil liquefaction potential assessment of offshore wind farm (2/2) (2020), Ministry of Science and Technology & CECI Engineering Consultants, Inc., Taiwan. (industry-university cooperative research project).
  22. Principal Investigator, Uncertainty of cone penetration test parameters and seabed soil liquefaction potential assessment of offshore wind farm (1/2) (2019), Ministry of Science and Technology & CECI Engineering Consultants, Inc., Taiwan. (industry-university cooperative research project).
  23. Principal Investigator, Effect of soil properties on the bearing capacity of axially-loaded (2019), Industrial Technology Research Institute.
  24. Principal Investigator, Development of meteorological mast databank and the application for structure vibration analyses (2018), Taiwan Power Company.
  25. Co-Principal Investigator, Infrastructure program of offshore wind farm zonal development (2018), Industrial Technology Research Institute.
  26. Principal Investigator, Preliminary study on decommission of offshore wind turbine foundation (2018), Industrial Technology Research Institute.
  27. Principal Investigator, Preliminary study on suggested guideline of periodical inspection of supporting structure of offshore wind turbine (2018), Industrial Technology Research Institute.
  28. Principal Investigator, NEP-II Engineering databank and information modeling platform for offshore wind turbine foundation design and maintenance management (2018), Ministry of Science and Technology.
  29. Principal Investigator, Periodical landslide-potential-area interpretation with satellite images and site-investigation in Hualien (2018), Hualien Forest District Office, Forestry Bureau, Council of Agriculture, Executive Yuan.
  30. Principal Investigator, NEP-II Risk assessment for offshore wind turbine foundation (2/2) (2018), Ministry of Science and Technology & CECI Engineering Consultants, Inc., Taiwan. (industry-university cooperative research project)
  31. Principal Investigator, Parameters study and application of stiffness degradation mothed (2017), Ministry of Science and Technology.
  32. Co-Principal Investigator, Infrastructure program of offshore wind farm zonal development (2017), Industrial Technology Research Institute.
  33. Principal Investigator, Internal data collection of OWT (2017), Industrial Technology Research Institute.
  34. Principal Investigator, Requirements of ground investigation and geotechnical design parameters for offshore wind foundation design (2017), Industrial Technology Research Institute.
  35. Consultant, Renewable energy industrial promotion program (2017), Metal Industries Research & Development Center.
  36. Principal Investigator, Periodical landslide-potential-area interpretation with satellite images and site-investigation in Hualien (2017), Hualien Forest District Office, Forestry Bureau, Council of Agriculture, Executive Yuan.
  37. Principal Investigator, Applications of geotechnical design parameters and ground model for offshore wind farm development (2017), Ministry of Science and Technology & China Steel Corporation. (industry-university cooperative research project)
  38. Principal Investigator, Qualitative risk analysis of offshore wind farm development (2017), CECI Engineering Consultants, Inc., Taiwan. (industry-university cooperative research project)
  39. Principal Investigator, NEP-II Risk assessment for offshore wind turbine foundation (1/2) (2017), Ministry of Science and Technology & CECI Engineering Consultants, Inc., Taiwan. (industry-university cooperative research project)
  40. Principal Investigator, Training course for Offshore Windfarm development (II) (2016), China Steel Corporation.
  41. Co-Principal Investigator, Evaluation of seismic demands for offshore wind farms in Taiwan (2016), Industrial Technology Research Institute.
  42. Principal Investigator, Periodical landslide-potential-area interpretation with satellite images and site-investigation in Hualien (2016), Hualien Forest District Office, Forestry Bureau, Council of Agriculture, Executive Yuan.
  43. Principal Investigator, Behavior of jacket type foundation for offshore wind turbine (2/2) (2016), Ministry of Science and Technology & Sinotech Engineering. (industry-university cooperative research project)
  44. Principal Investigator, Evaluation of geotechnical and geo-environmental site investigations for offshore windfarms (2016), Ministry of Science and Technology.
  45. Principal Investigator, NEP-II Foundation design of offshore wind turbine in liquefiable seabed soil (2/2) (2016), Ministry of Science and Technology & CECI Engineering Consultants, Inc., Taiwan. (industry-university cooperative research project)
  46. Principal Investigator, Deformation responses of suction bucket foundation for offshore wind turbine under cyclic lateral loading (2015), Ministry of Science and Technology.
  47. Co-Principal Investigator, Soil improvement for offshore wind farm with soft soil (1/2) (2015), Ministry of Science and Technology & Kuosen Group. (industry-university cooperative research project)
  48. Principal Investigator, Database and Module Development of Offshore Meteorological Mast (I) (2015), Taiwan Power Company.
  49. Principal Investigator, Periodical landslide-potential-area interpretation with satellite images and site-investigation in Hualien (2015), Hualien Forest District Office, Forestry Bureau, Council of Agriculture, Executive Yuan.
  50. Principal Investigator, Behavior of jacket type foundation for offshore wind turbine (1/2) (2015), Ministry of Science and Technology & Sinotech Engineering. (industry-university cooperative research project)
  51. Principal Investigator, NEP-II Foundation design of offshore wind turbine in liquefiable seabed soil (1/2) (2015), Ministry of Science and Technology & CECI Engineering Consultants, Inc., Taiwan. (industry-university cooperative research project)
  52. Principal Investigator, Training course for Offshore Windfarm development (I) (2015), China Steel Corporation.
  53. Co-Principal Investigator, The advanced technologies for next-generation steel and its green processes as well as innovative applications in steel products - an industry-university cooperation Project (2/5) (2014), Ministry of Science and Technology & China Steel Corporation.
  54. Principal Investigator, Periodical landslide-potential-area interpretation with satellite images and site-investigation in Hualien (2014), Hualien Forest District Office, Forestry Bureau, Council of Agriculture, Executive Yuan.
  55. Principal Investigator, Behavior of monopile foundation under lateral loads (2014), CECI Engineering Consultants, Inc., Taiwan.
  56. Co-Principal Investigator, The advanced technologies for next-generation steel and its green processes as well as innovative applications in steel products - an industry-university cooperation Project (1/5) (2013), Ministry of Science and Technology & China Steel Corporation. (industry-university cooperative research project)
  57. Principal Investigator, NEP-II Design and certification of offshore wind turbine foundation structures (I) (C6) (2013), Ministry of Science and Technology.
  58. Co-Principal Investigator, NEP-II Vibration absorber and early warning system for supporting structure of offshore wind turbine (I)(C2) (2013), Ministry of Science and Technology.
  59. Co-Principal Investigator, NEP-II Liquefaction potential of pilot offshore wind farm in Taiwan (I) (C3) (2013), Ministry of Science and Technology.
  60. Co-Principal Investigator, Behavior and responses of offshore wind turbine foundations under extreme environmental loading conditions (I) (C4) (2013), Ministry of Science and Technology.
  61. Co-Principal Investigator, Development of techniques for reducing the underwater noises produced by offshore wind farm (I) (C5) (2013), Ministry of Science and Technology.
  62. Principal Investigator, Periodical landslide-potential-area interpretation with satellite images and site-investigation in Hualien (2013), Hualien Forest District Office, Forestry Bureau, Council of Agriculture, Executive Yuan.
  63. Co-Principal Investigator, Modeling of the Compound Disaster in Siaolin Village (III) (2012), National Science and Technology Council.
  64. Principal Investigator, NEP-I Supporting structure and foundation of pilot wind farm (2/2) (B3) (2012), Ministry of Science and Technology.
  65. Principal Investigator, Periodical landslide-potential-area interpretation with satellite images and site-investigation in Hualien (2012), Hualien Forest District Office, Forestry Bureau, Council of Agriculture, Executive Yuan.
  66. Co-Principal Investigator, NEP-I Future Plan for Research Development of Off-Shore Wind Power Farm (2/2) (D3) (2012), Ministry of Science and Technology.
  67. Co-Principal Investigator, Modeling of the Compound Disaster in Siaolin Village (II) (2011), National Science and Technology Council.
  68. Principal Investigator, Periodical landslide-potential-area interpretation with satellite images and site-investigation in Hualien (2011), Hualien Forest District Office, Forestry Bureau, Council of Agriculture, Executive Yuan.
  69. Principal Investigator, NEP-I Supporting structure and foundation of pilot wind farm (1/2) (B3) (2010), National Science and Technology Council.
  70. Co-Principal Investigator, NEP-I Future Plan for Research Development of Off-Shore Wind Power Farm (1/2) (D3) (2010), National Science and Technology Council
  71. Principal Investigator, Effect of scour on the deformation response of pile foundations under lateral loads (2010), National Science and Technology Council.
  72. Co-Principal Investigator, Transport of Flood (Debris) Flow and Suspended Sediment under Dam-Break Flow(2010), National Science and Technology Council.
  73. Co-Principal Investigator, Modeling of the Compound Disaster in Siaolin Village (I) (2010), National Science and Technology Council.
  74. Principal Investigator, Periodical landslide-potential-area interpretation with satellite images and site-investigation in Hualien (2010), Hualien Forest District Office, Forestry Bureau, Council of Agriculture, Executive Yuan.
  75. Consultant, Technology Development and Overall Promotion for Onshore and Offshore Wind Utilization (2009), Industrial Technology Research Institute.
  76. Researcher, Germany -Alpha Ventus-GIGAWIND Alpha Ventus-Effect of scour on Offshore Wind Turbine foundation (2018).
  77. Researcher, Germany -Offshore Windfarm Nordergruende (Evaluation of OWT foundation satiability) (2008).
  78. Researcher, Germany -Offshore Windfarm Baltic I (Evaluation of OWT foundation satiability) (2008).
  79. Researcher, Germany -Forwind (Behavior of monopile foundation under cyclic lateral loads) (2004).