DEPARTMENT OF HYDRAULIC & OCEAN ENGINEERING

Transcription

1 DEPARTMENT OF HYDRAULIC & OCEAN ENGINEERING TEL: EXT FAX: BRIEF INTRODUCTION The Department of Hydraulic and Ocean Engineering was founded in August, The mission of our department is to train the next generation of leaders in the discipline of hydraulic and ocean engineering through research integrated with education. The graduate school was established in August 1971 to offer the Master s program. In August 1975, the night school program was initiated. The graduate school has been extended to provide the doctoral program since August From August 1996, the night school program becomes an extension education. Past & Present Chairpersons: Ni, C. (Aug.1955-Jan.,1965) Lin, B. J. (Feb July 1967) Tang, L. W. (Aug.1967-July 1974) Liu, C. L. (Aug July 1980) Kuo, C. T. (Aug.1980-July 1986) Ou, S. H. (Aug July 1992) Twu, S. W. (Aug.1992-July 1998) Tsai, C. T. (Aug July 2001) Kao, C. C. (Aug.2001-July 2004) Yu, P. S. (Aug present) Past & Present Directors of the Graduate School: Tang, L. W. (Aug July 1978) Chang, Y. T. (Aug July 1980) Kuo, C. T. (Aug July 1986) Ou, S. H. (Aug July 1992) Twu, S. W. (Aug July 1988) Tsai, C. T. (Aug July 2001) Kao, C. C. (Aug.2001-July 2004) Yu, P. S. (Aug present) TEACHING OBJECTIVES Water is one of the essential components so as to sustain all living beings. Due to population growth and development as well as global climate change and variability, water scarcity and poor water quality have threatened the quality of 4-95

2 human life and environmental sustainability. On the other hand, many severely damaging natural disasters are being caused by uncontrolled water, such as landslide, flooding and etc. Therefore, water resource management and protection both in ocean and at land have become a critical issue for the world. The success of efforts to deal with these water-related problems requires not only good engineering background, but also science-based analysis, both of which have been setup as our teaching objectives. FACULTY Professors: 12 Associate Professors: 8 Assistant Professors: 1 Adjunct Professors: 5 Adjunct Associate Professors:3 Total: 30 Professors: Yu, Pao-Shan (Ph.D., University of Birmingham, U.K., 1989) Intermediate Hydrology, Statistics for Hydrology, Advanced Hydrology, Engineering Statistics. Yang, Chuen-Sheng (M.S., National Cheng Kung University, R.O.C., 1966) Applied Mechanics, Mechanics of Material, Structural Theory, Engineering Mathematics. Ou, Shan-Hwei (Ph.D., National Cheng Kung University, R.O.C., 1977) Fluid Mechanics, Engineering Statistics, Wind Waves Theory, Wave Statistics, Spectral Analysis, Time Series Analysis, Random Process. Hwung, Hwung-Hweng (Ph.D., National Cheng Kung University, R.O.C., 1981) Diffusion Theory, Ocean Out Fall Engineering, Nonlinear Wave Dynamics, Theory of Oceanic Environment, Turbulence, Buddhism of Water. Tsai, Chang-Tai (Ph.D., National Cheng Kung University, R.O.C., 1981) River Engineering, Flood Mitigation Engineering, Mechanics of Sediment Transport, River Mechanics. 4-96

3 Kao, Chia Chuen (Dr.-Ing., Universität Hannover, Germany, 1983) Wave Mechanics, Civil Engineering in the Ocean, Flow Induced Vibration, Coastal Engineering, German. Lee, Jaw-Fang (Ph.D., Oregon State University, U.S.A., 1986) Ocean Engineering, Advanced Ocean Engineering, Boundary Element Method, Finite Element Method. Shieh, Chjeng-Lun (Dr. Eng., Kyoto University., Japan, 1989) Theory of Debris Flow, Hydrodynamics in Reservoirs, Characteristics & Control of Sediment Hazards, Advanced Water and Soil Conservation, Area Emergency Management. Yu, Pao-Shan (Ph.D., University of Birmingham, U.K., 1989) Power Engineering, Intermediate Hydrology, Statistics for Hydrology, Advanced Hydrology. Hsu, Tai-Wen (Ph.D., National Cheng Kung University, R.O.C., 1990) Physical Oceangraphy, Coastal Development and Conservation, Nearshore Hydrodynamics, Engineering Mathematics, Fluid Mechanics. Jan, Chyan-Deng (Ph.D., University of California at Berkeley, U.S.A., 1992) Engineering Mathematics, Theory of Debris Flow, Soil and Water Conservation Engineering, Mechanics of Sediment Transport. Lai, Chan-Ji (Ph.D., Birmingham University, England., 1986) Turbulence Model, Open Channel Hydraulics, Ecological Hydraulics and Engineering, Environmental Hydraulics. Huang, Ching-Jer (Ph.D., University of Iowa, U.S.A., 1991) Viscous Flows, Underwater Acoustics, Perturbation Method, Continuum Mechanics, Computational Fluid Mechanics. Associate Professors: Chien, Chung-Ho (Ph.D., National Cheng Kung University, R.O.C., 1983) 4-97

4 Advanced Hydraulics Model Test, Ocean Engineering Planning, Engineering Measurements, Hydraulics of Pipe Flow. Yen, Pei-Hwa (Ph.D., National Cheng Kung University, R.O.C., 1984) Hydrology, Ground Water, Field Survey in the River and Ocean, Water Resources Engineering, Water-Soil Resources Analysis and Applications. Lin, Shi-Chuan (Ph.D., National Cheng Kung University, R.O.C., 1988) Wave Mechanics, Construction & Management, Computer Graphics, Computational Applications, Numerical Analysis. Tang, Chii-Jau (Ph.D., University of Iowa, U.S.A., 1987) Fluid Mechanics, Experiments in Fluid Mechanics, Specific Experiments in Hydraulics, Numerical Simulation Methods, Numerical Methods for Differential Equation, Perturbation Methods, Fundamental Ocean Acoustics, Advanced Fluid Dynamics. Chou, Frederick N-F. (Ph.D., Colorado State University, U.S.A., 1988) Water Resources System Analysis, Water Resources Engineering, Irrigation & Drainage Engineering, Watershed Management, Water Resources Management, Water Resources Planning, Hydrology, Time Series Analysis. Hwang, Jeng-Shin (Ph.D., National Cheng Kung University, R.O.C., 1990) Harbor Engineering, Coastal Engineering, Fluid Mechanics. Leu, Jan-Mou (Ph.D., National Cheng Kung University, R.O.C., 1989) Hydrology, Open Channel Hydraulics, Experiments in Fluid Mechanics, Introduction to Computers, Computer Programming, Water Resources Development, Applied Micro-Computational in Hydraulics, Water-Soil Resources Analysis and Applications. Ting, Shuenn-Chern (Ph.D., University of Michigan at Ann Arbor, U.S.A., 4-98

5 1989) Applied Mechanics, Analysis of Coastal Structures, Engineering Drawing, Drawing for Hydraulic Engineering, Mechanics of Materials, Reinforced Concrete, Risk, Reliability and Decision Analysis, Structural Analysis, Mechanical Experiments for Offshore Structures, Structural Dynamics. Assistant Professors: Huang, Chin-Kun (Ph.D., National Cheng Kung University, R.O.C., 1995) Scouring & Protection Analysis for River Structures, Dynamics, Open Channel Hydraulics, Experiments in Fluid Mechanics, Fluvial River Hydraulics. Lo, Wei-Chang (Ph.D., University of California at Berkeley, U. S. A.,2003) Advanced Groundwater (Vadose Zone Hydrology), Two-Phase Flow, Groundwater, Fluid Mechanics. Adjunct Professors: Kuo, Ching-Ton (Ph.D., Tokyo University, Japan, 1972) Shore Process. Liu, Chang-Ling (M.S., Deflt Technological Univ., The Netherlands., 1963) Fuzzy Theory and Grey System, Theory of Fractals and Chaos. Lee, Yuan-Chuan (Agricultural Dr., Private Chinese Culture University, R.O.C., 1988) Scouring & Protection Analysis for River Structures, Dynamics, Open Channel Hydraulics, Experiments in Fluid Mechanics, Fluvial River Hydraulics Shu, Yih-Jen (Dr. Eng., Kyushu University, Japan, 1990) Analysis of Hydrologic Model, Engineering Statistics, Janpanese for Science, Numerical Hydrodynamics. 4-99

6 Hwung, Chin-San (Agricultural Dr., Meije University, Japan) Water Resources Management. Adjunct Associate Professors: Lee, Beng-Chun (Ph.D., University of Utah, U.S.A., 1987) Meteorology, Coastal Meteorology. Hsu, Shih-Hsiung (M.S., National Taiwan University, R.O.C., 1969) Water and Land Resources integrated Management, Construction Management of Hydraulic Engineering. Hsiao, Ching-Chang (B.S., National Taiwan University, R.O.C.) Applied River Engineering, Urbanize River Regulation. EQUIPMENTS AND FACILITIES The departmental library collects more than 8,000 volumes of books and journals relating to hydraulic and coastal engineering in Chinese, English and Japanese. Major facilities include: Fluid Mechanics Lab. PC and Network Room Debris Flow Lab. Coastal Engineering Lab. Underwater Acoustics Lab. Disaster Prevention Researcher Center Coastal Ocean Monitoring Center River and Ocean Field Survey Lab. River Engineering & Scouring Lab. Wave FLDV Lab. Water Friendly Environmental Restoration Lab. Structural Dynamics Lab. Hydrology for Water Resource and Environment Lab. FIELDS OF RESEARCH The teaching and research principles of our department aim to provide students a thorough grounding in fundamental and advanced knowledge needed for a professional career in water science, which includes a comprehensive range of 4-100

7 subjects: 1. Fluids Mechanics and Numerical Analysis 2. River Restoration and Flood Mitigation 3. Water Resources Development and Management 4. Surface and Subsurface Water Hydrology t 5. Hazards Regularization and Soil & Water Conservation Engineering 6. Coastal and Harbor Engineering 7. Water Wave and Off-Shore Engineering 8. Acoustics and Underwater Measurement 9. Ecological Hydraulics 10. Environmental Sustainable Development FUTURE PLANNING 1. Enhance the facilities of hydraulic laboratories and observation stations for extending teaching and research domains. 2. Coordinate team-oriented research groups to deal with complicated problems. 3. Develop the informative technology for hydraulic and ocean engineering and enhance their practical applications. 4. Develop teaching and research study on countermeasures against hydraulic and oceanic disasters. CURRICULUM Undergraduate Courses The regular program of the Department is a four-year program, while the extension education program is a five-year program, leading to a Bachelor's degree. Students should complete a minimum of 145 credits, of which are of required courses and 34~38 selective credits based on their own interests from the courses offered. 1. General courses required by the Ministry of Education Credits Yr. Course Title Semester Semester 4-101

8 1st Physical Education st Military Training st English st English st Chinese st Service & Practice st The Constitution and Development of 2 the Republic of China 1st History 2 1st General Education nd Physical Education nd General Education nd Service & Practice 3 0 3rd General Education th General Education Specialized courses required by the Department Credits Yr. Course Title Semester Semester 1st Engineering Drawing 2 1st Calculus st General Physics st Experiments in General Physics nd Hydrology 3 1nd Hydraulic Engineering Graphics 2 1nd Applied Mechanics 3 2nd Plane Surveying nd Engineering Mathematics nd Fluid Mechanics nd Mechanics of Materials 3 2nd Water Resources Engineering 1 3 2nd Structural Theory 1 3 2nd Engineering Geology

9 3rd Engineering Materials 2 3rd Engineering Materials Testing 1 3rd Experiments in Fluid Mechanics 2 3rd Open Channel Hydraulics 3 3rd Wave Mechanics 2 3rd Design for Hydraulic Structures 2 3rd ReinforcedConcrete 3 3rd Soil Mechanics 2 3rd Coastal Engineering 3 3rd Engineering Statistics 3 3rd Hydraulic Model Testing 1 3rd Design for River Engineering 1 4th Design for Steel Structure 2 4th Design for Power Engineering 1 4th Design for Irrigation & Drainage 1 Engineering 4th Design for Harbor Engineering 1 3. Optional courses Credits Yr. Course Title Semester Semester 1st Introduction to Civil Engineering 2 2 1st Introduction to Computers 2 1st Community Planning 2 1st General Chemistry 3 1st Design for Environment and Scenery 2 2nd Building Design Practice nd Road Engineering 2 2nd Applied Tide Analysis 2 2nd Dynamics 2 2nd Computational Programming 2 2nd Sanitary Engineering 3 2nd River Engineering

10 2nd Physical Oceanography 3 3rd Engineering Mathematics rd Structural Theory 2 3 3rd Water Resources Engineering 2 3 3rd Computational Applications 2 3rd Operational Research 3 3rd Flood Mitigation Engineering 2 3rd Power Engineering 3 3rd Irrigation & Drainage Engineering 3 3rd Numerical Analysis 3 4th Second Foreign Language 3 3 4th Advanced Strength of Materials th Harbor Engineering 3 4th Ocean Engineering 3 4th Unsteady Flow in Open Channels 3 4th Intermediate Hydrology 3 4th Theoretical Mechanics 3 4th Simulation in Hydraulics 3 4th Boundary Layer Theory 3 4th Coastal Development and Conservation 3 4th Hydraulics Computation 3 4th Statistics for Hydrology 3 4th Field Survey in the River & Ocean 3 4th Design of Concrete Mixtures 3 4th Intermediate Structural Analysis 3 4th River Morphology 2 4th Hydraulics of Pipe Flow 2 4th Foundation Engineering 2 4th Simulation in Hydraulics 2 4th Construction Equipment 2 4th Thesis 2 4th Heat Transfer

11 4th Scouring & Protecting Analysis for River Structures 2 4th Construction & Management 3 4th Engineering Measurements 3 4th Engineering for Dams 3 4th Engineering System Analysis 3 4th Design of Reinforced Concrete Structures 3 4th Engineering Economics 3 4th Watershed Management 3 4th Coastal meteorology 3 4th Earthquake Engineering 3 4th GIS Application 3 4th Soil & Water Conservation 2 Engineering 4th Prestressed Concrete 2 4th Application of Microcomputer on Hydraulic Engineering 2 4th Grounder Water 2 4th Water Law 2 4th Meteorology 2 4th Water Resources Analysis & 3 Application 4th Rock Mechanics 2 4th Ocean Developmemt 2 4th Elements of Geophysics 2 4th Characteristics & Controls of 2 Sediment Hazards 4th Irrigation management 2 4th Computational Graphics 2 GRADUATE COURSES Regular M.S. Program & On-the-Job M.S. Program 4-105

12 The students should complete 32 credits, of which 4 credits are of required courses and 28 selective credits based on their own interested from the courses offered, and complete a thesis in two to four years before leading to a Master s degree. 1. General courses Yr. Course Title Credits Seminar Optional courses Yr. Course Title Credits Field Surveying in River and Ocean 3 Assignment on Experimental Hydraulics 3 Ocean Structures Mechanics Laboratory 3 Boundary-Layer Theory 3 Structural Dynamics 3 Hydraulic Computation 3 Coastal Meteorology 3 Applied River Engineering 3 Water and Land Resources Integrated Management 3 Construction Management of Hydraulics Engineering 3 Characteristics & Controls of Sediment Hazards 3 Area Emergency Management 3 Civil Engineering in the Ocean 3 Advanced Theory of Hydraulic Model Tests 3 Hydroinformatics 3 Coastal Structures Analysis 3 Advanced Engineering Mathematics 3 Theory of Water Wave 3 Environmental Hydraulics 3 Coastal Prevention 3 Fuzzy Theory and Grey System 3 Statistics in Hydrology 3 Coastal Engineering Planning

13 Theory of Fractals and Chaos 3 Theory of Groundwater 3 Wind Waves Theory 3 Diffusion Theory 3 Advanced Structural Analysis 3 Water Resources Planning 3 Estuary Hydrodynamics 3 Engineering Analysis 3 Flow Induced Vibration 3 Stochastic Hydraulics & Hydrology 3 Advanced Groundwater Modeling Analysis 3 Water Resources System Analysis 3 Runoff Model Analysis 3 Principle of River Engineering 3 Advanced Water and Soil Conservation 3 Estuary Regularization 3 Water Resources Management 3 Turbulence Model and Channel Flow Simulation 3 Advanced Statistics in Hydrology 3 Advanced Open Channel Hydraulics 3 Advanced Fluid Mechanics 3 Nearshore Hydrology 3 Nearshore Hydrodynamics 3 Advanced Hydrology 3 Ocean Out Fall 3 Analysis of Hydrological Model 3 Boundary Element Method 3 Finite Element Method 3 Marine Acoustics 3 Stochastic Water Resources System Analysis 3 Numerical Hydraulics 3 Ecological Hydraulics 3 Computational Fluid Mechanics

14 Fluvial River Hydraulics 3 Computational Hydraulics 3 Numerical Simulation Method 3 Turbulence 3 Nonlinear Wave Mechanics 3 Wave Statistics 3 Risk, Reliability and Decision Analysis 3 River Hydraulics 3 Hydrodynamics in Reservoirs 3 Theory of Debris Flow 3 Fluvial River Hydraulics 3 River Meandering Theory 3 Finite Element Method 3 Mechanics of Sediment Transport 3 Numerical Method for Differential Equation 3 Wavelet Analysis 3 Applied Mathematical Statistics 3 Advanced Runoff Model Analysis 3 Multi-objective Water Resources System Analysis 3 Advanced Groundwater Theory 3 German (1) 3 German)(2) 3 Japanese (1) 3 Japanese (2) 3 German for science (1) 3 German for science(2) 3 Japanese for science (2) 3 Japanese for science (2) 3 Ph.D. Program The students should complete 30 credits, of which 4 credits are of required courses and 26 selective credits based on their own interested from the courses offered, and complete a thesis in two to six years before leading to a Ph.D

15 degree. 1. General courses Yr. Course Title Credits Seminar Optional courses Yr. Course Title Credits Turbulence Model and Channel Flow Simulation 3 Advanced Statistics in Hydrology 3 Advanced Open Channel Hydraulics 3 Advanced Fluid Mechanics 3 Nearshore Hydrology 3 Nearshore Hydrodynamics 3 Advanced Hydrology 3 Ocean Out Fall 3 Analysis of Hydrological Model 3 Boundary Element Method 3 Finite Element Method 3 Marine Acoustics 3 Stochastic Water Resources System Analysis 3 Numerical Hydraulics 3 Ecological Hydraulics 3 Computational Fluid Mechanics 3 Fluvial River Hydraulics 3 Computational Hydraulics 3 Numerical Simulation Method 3 Turbulence 3 Nonlinear Wave Mechanics 3 Wave Statistics 3 Risk, Reliability and Decision Analysis 3 River Hydraulics 3 Hydrodynamics in Reservoirs 3 Theory of Debris Flow

16 Fluvial River Hydraulics 3 River Meandering Theory 3 Finite Element Method 3 Mechanics of Sediment Transport 3 Numerical Method for Differential Equation 3 Wavelet Analysis 3 Applied Mathematical Statistics 3 Advanced Runoff Model Analysis 3 Multi-objective Water Resources System Analysis 3 German (1) 3 German)(2) 3 Japanese (1) 3 Japanese (2) 3 German for science (1) 3 German for science(2) 3 Japanese for science (2) 3 Japanese for science (2) 3 Special Topics on Water Resources 3 Tensor Analysis 3 Perturbation Methods 3 Special Topics on Water Resources Sustainable 3 Development Fluid in Porous Media 3 Theory of Unsteady Flows 3 Hydrological System Simulation and Forecasting 3 Special Topics on Coastal Process 3 Special Topics on Debris Flow 3 Advanced Fluid Dynamics 3 Theory of Oceanic Environment 3 Advanced Ocean Engineering 3 Analysis of Ocean Structures 3 Theory f Turbulent Diffusion 3 Advanced Coastal Engineering

17 Special Topics on Coastal Sediment 3 Special Topics on Nearshore Current 3 Thesis Reading 3 Advanced Hydraulics 3 Special Topics on Groundwater 3 Advanced Groundwater Theory 3 Special Topics on Wave Mechanics 3 Special Topics on Harbour Engineering 3 Random Process 3 Thesis Writing 3 Special Topics on Fluid Mechanics 3 Continuum Mechanics 3 Special Topics on Hydrology 3 Fluid Bio-mechanics 3 Reservoir Operation 3 Advanced Wave Statistics 3 Non-Homogeneous Flow 3 Fluid Dynamics 3 Two-Phase Flow 3 Measurement and Analysis 3 Academic Freedom and Duty