• Introduction to FSL

     

    The main research fields of FSL are the developments and applications of CFD techniques, high-speed computing and their environments. The research group of FSL mainly comprising of PhD and graduate students have finished many research projects with notable success. The finial supporters of research projects executed by FSL are Ministry of Education, Ministry of Science and Technology, Industrial Technology Research Institute, Institute of Nuclear Energy Research, and many other research institutions and private local companies. The software of FSL, including in-house and commercial CFD codes, are capable of analyzing multi-sale and multi-physics problems encountering in scientific and engineering applications. With the pre- and post-processing tools, the FSL team has great flexibility to tackle complicated geometries and visualize important characteristics of complex flow fields. A high-performance cluster system equipped with high-speed switch is installed in the FSL to analyze CFD problems with parallelization techniques to accelerate the required computation time.

  • Research

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    Wind Technology

    • Aerodynamics
    • Acoustics
    • Terrain
    • Wake Interaction
    • Hydrodynamics
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    Ship Hydrodynamics

    • Resistance
    • Propulsion
    • Maneuvering
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    Thermal Plasma

    • DC Plasma Torch Flow
    • Green-House Gas Abatement
    • Thin-Film Deposition
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    Polymer Processing

    • Injection Molding
    • Twin-Screw Extrusion

  • Members

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    CHAU, SHIU WU

    Professor​

    • Doktor-Ingenieur, Institut für Schiffbau, Universität Hamburg
    • Master of Science, Institute of Naval Architecture and Ocean Engineering, National Taiwan University
    • Bachelor of Science, Department of Naval Architecture, National Taiwan University

     

    chausw@ntu.edu.tw

     

    Publication

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    TONG, HOI YI

    Research Assistant

    • Master of Science in Engineering Science and Ocean Engineering, National Taiwan University
    • Bachelor of Science in Engineering Science and Ocean Engineering, National Taiwan University

     

    elizetong@ntu.edu.tw

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    WANG, YING

    Research Assistant

    • Bachelor of Science in Engineering Science and Ocean Engineering, National Taiwan University (2019-2023)

    @ntu.edu.tw

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    WONG, SAI YIU

    Master Student

    • Master Program of Engineering Science and Ocean Engineering, National Taiwan University (2021-)
    • Bachelor of Engineering in Mechanical Engineering, The Hong Kong University Of Science And Technology (2017-2021)

    Research on Thermal Plasma

     

    r10525105@ntu.edu.tw

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    SU, HENG

    Master Student

    • Master Program of Engineering Science and Ocean Engineering, National Taiwan University (2022-)
    • Bachelor of Science in Civil Engineering, National Taipei University of Technology (2018-2022）

     

    Recipient of SOIC Scholarship (2022)


    Research on Wind Technology

     

    r11525010@ntu.edu.tw

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    TSAI, PO YEN

    Master Student

    • Master Program of Engineering Science and Ocean Engineering, National Taiwan University (2022-)
    • Bachelor of Science in Hydraulic and Ocean Engineering, National Cheng Kung University (2018-2022)

    Research on Wind Technology

     

    r11525099@ntu.edu.tw

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    KUAN, YEN HSIANG

    Master Student

    • Master Program of Engineering Science and Ocean Engineering, National Taiwan University (2022-)
    • Bachelor of Science in Hydraulic and Ocean Engineering, National Cheng Kung University (2018-2022)

    Research on Wind Technology

     

    r11525100@ntu.edu.tw

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    SHI, CHOU WENG

    Master Student

    • Master Program of Engineering Science and Ocean Engineering, National Taiwan University (2023-)
    • Bachelor of Science in Engineering Science and Ocean Engineering, National Taiwan University (2018-2023)

    Research on Ship Hydrodynamics 

     

    b07505041@ntu.edu.tw

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    HSIAO, TSUNG YU

    Master Student

    • Master Program of Engineering Science and Ocean Engineering, National Taiwan University (2023-)
    • Bachelor of Science in Hydraulic and Ocean Engineering, National Cheng Kung University (2020-2023)

    Research on Wind Technology

     

    r12525001@ntu.edu.tw

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    CHAO, HSUAN HAO

    Master Student

    • Master Program of Engineering Science and Ocean Engineering, National Taiwan University (2023-)
    • Bachelor of Science in Ocean Engineering and Technology, National Taiwan Ocean University (2019-2023)

    Research on Wind Technology

     

    r12525003@ntu.edu.tw

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    Huang, Shi Zhen

    Master Student

    • Master Program of Engineering Science and Ocean Engineering, National Taiwan University (2023-)
    • Bachelor of Science in System and Naval Mechatronic Engineering, National Cheng Kung University (2019-2023)

    Recipient of CR Scholarship (2023)

     

    Research on Ship Hydrodynamics

     

    r12525078@ntu.edu.tw

  • Laboratory Alumni

    • Daniel Alexandru Lam Curau: Application of Symmetry-Preserving Discretization to Wind Turbine Flow Simulation (Master, 2023)
    • Chi-Min Wu: The Pontoon Design Optimization of a SWATH Vessel for Resistance Reduction (Master, 2023)
    • Yu-Tung Lin: The Optimization of Hydrofoil Design for Resistance Reduction of a High-Speed Displacement Monohull Vessel (Master, 2023)
    • Yu-Sheng Cai: Normal Operating and Extreme Condition Performance Study of 15MW Floating Wind Turbine System Using Semi-Submersible Taida Floating Platform with 3×2 and 3×3 Mooring Design in the Hsinchu Offshore Area (Master, 2023)
    • Chang-Lin Kuo: Comparative Study of Three Semi-Submersible Platform Designs on Normal Operating Performance of 13.2 MW Floating Wind Turbine in the Hsinchu Offshore Area (Master, 2023)
    • Wei-Hsuan Pan: Study on Wake Interaction among Wind Farms of Zhangbin Offshore Area via RANS Approach Coupled with Actuator Disk Model (Master, 2022)
    • Hoi-Yi Tong: Normal Operating Performance Study of a 15 MW Floating Wind Turbine System Using Semi-Submersible TaidaFloat Platform in the Hsinchu Offshore Area (Master, 2022)
    • Jheng-Jyun Hong: Performance Prediction of a Disk-Type Semi-Submersible Floating Platform in Taiwan Strait (Master, 2022)
    • Sheng-Hsuan Chiu: Three-Dimensional Unsteady Simulation of Direct Current Plasma Torch (Master, 2021)
    • Wei-You Huang: Modeling of Axisymmetric Thermal Plasma Flow Using a Non-orthogonal Grid Approach (Master, 2021)
    • Jian-Hao Chen: Prediction of Carbon Fiber Length in Twin-screw Extrusion (Master, 2021)
    • Yu-Cheng Hsu: Wind Farm Wake Prediction via a Large Eddy Simulation Approach (Master, 2021)
    • Chi-Seng Wong: Simulation of Hot Rolling Process in Three-Roll Reduction Block (Master, 2021)
    • Sheng-Wei Chien: Modeling of Thermal Plasma Assisted Carbon Tetrafluoride Abatement (Master, 2021)
    • Chang-Syuan Syu: Numerical Simulation of Planing Hull with Stern Hydrofoil in Calm Water (Master, 2021)
    • Chi-Yu Chen: Comparative Study on Semi-Submersible Floating Platforms for Offshore Wind in Taiwan Strait (Master, 2020)
    • Po-Cheng Chen: Fiber Orientation Prediction in Co-Rotating Twin Screw Extrusion (Master, 2020)
    • Sai-Kiu Wong: Three-Dimensional Finite Element Analysis of Hot Rolling Process in High Reduction Mill (Master, 2019)
    • Yen-Cheng Chiang: Wind Farm Power Prediction via Actuator Disk Model (Master, 2019)
    • Yung-Ting Lin: Research Assistant (2018) UC PhD Program
    • Ke-Chu Lee: A Wake Model for Wind Turbine Power Prediction (Master, 2018) UC Santa Barbara PhD Program, Full Scholarship
    • Chun-Liang Tan: Mixing Prediction of Co-Rotating Twin Screw Extruder via Three-Dimensional Flow Modeling (Master, 2018)
    • Nian-Ze Lee: Aerodynamic and Aeroacoustic Prediction of a Horizontal-Axis Wind Turbine (Master, 2015)
    • Yu Lin: Aerodynamic Prediction of Horizontal-Axis Offshore Wind Turbine via a Two-Way Fluid-Structure Interaction Approach (Master, 2014)
    • Jun-Min Jiang: Numerical Simulation of Three-Dimensional Melt Flow around Element of Twin Screw (Master, 2014)
    • Wei-Cheng Hsieh: Prediction of Three-Dimensional Fiber Orientation for Non-Isothermal Flow of Non-Newtonian Fluid (Master, 2014)
    • Tai-Po Lee: Thermal Design and Analysis of High-Temperature Furnace for Graphite Purification Applications (Master, 2014)
    • Yu-Ting Dai: Experimental Measurement and Numerical Prediction of Yarn Characteristics for Air-Jet Texturing Nozzle (Master, 2014)
    • Chin-Ming Tai: Reactive Flow Modeling of Water Plasma in a Non-Transferred Well-Type Cathode Direct Current Torch at Atmospheric Pressure (Master, 2013)
    • Jung-Ming Jiang: Numerical Study on Aerodynamic Loading of Horizontal-Axis Wind Turbine via a Fluid-Structure Interaction Approach (Master, 2013)
    • Shao-Chu Hsu: Air Plasma Flow Simulation inside a Non-Transferred Well-Type Cathode Direct Current Torch at Different Pressures (Master, 2013)
    • Chia-Cheng Chang: Experimental Measurement and Numerical Prediction of Interlacing Frequency for Spin Drawn Yarns (Master, 2013)
    • Jin-Fu Chen: Two-Dimensional Numerical Prediction of Fiber Orientation in the Injection Molding Process (Master, 2013)
    • Bambang Arip Dwiyantoro: Numerical Study on the Dynamic Behavior of Microdroplet Formation on Micropillar Surface via a Dewetting Process (PhD, 2013)
    • Minh Nguyen Ngoc: Modeling of Silicon Thin Film Deposition in the Afterglow of Argon Plasma (Master, 2013)
    • Wun-Jie Li: Numerical Study on Aerodynamic Loading of Wind Turbine in Operation (Master, 2013)
    • Chih-Wei Chang: Numerical Prediction of Bubble Growth in the Microcellular Injection Molding Process Assisted with Counter Pressure Filling of Gas (Master, 2013)
    • Quang-Trung Pham: Two-Dimensional Fluid Modeling of Plasma Enhanced Chemical Vapor Deposition Process in the Afterglow of Argon Plasma (Master, 2011)
    • Yi-Han Li: Numerical Study on Heat Retardation of In-Mold Decoration Film in Injection Molding Processes (Master, 2011)
    • Jin-Hung Tsai: Experimental Measurement and Numerical Prediction of Interlacing Frequency forDraw Textured Yarn (Master, 2011)
    • Wen-Lin Liao: Kinetic Modeling of Steam Plasma to the Oxidation and It’s Application Rate Prediction on the Copper Surface (Master, 2011)
    • Chung-Hsun Lin: Study on Patterning Nanowire Array on Micro-featured Surface via DNA Molecular Combing Technique (PhD, 2010)
    • Minh Ngoc Tran: Prediction of Yarn Interlacing Frequency Based on Turbulent Compressible Flow Calculation (Master, 2010)
    • Kun-Lin Hsu: Modeling and Simulation of Axisymmetric Plasma Flow for DC Plasma Torch (PhD, 2009)
    • Chun-Tsai Shih: Numerical Simulation of Inter Flow Field Inside a Backward-Inclined Centrifugal Fan (Master, 2009)
    • Hao-Shiang Hsu: Propulsion Prediction of Container RD542_0 withRectangular Vortex Fin Installed near Stern at Model Scale (Master, 2009)
    • Yu-Bin Chen: Prediction and Measurement of Yarn Characteristics processed by Full Draw Yarn Nozzles (Master, 2009)
    • Shao-Yang Lyu: Steam Plasma Flow Simulation of Non-Transferred Well-Type DC Torch (Master, 2009)
    • Bo-Zone Yan: Prediction of Rapid Thermal Process and Numerical Simulation of Argon Plasma Flow in a Vacuum Chamber (Master, 2009)
    • Ruei-Rong Jhuang: Parallel molecular dynamics Simulation of binary head-on Collision and liquid-vapor interfacial tension (PhD, 2008)
    • Cheng-Yung Chang: Study on Interlacing Characteristics of AirJet Yarn in Cylindrical Nozzles (Master, 2008)
    • Jhih-Hong Fan: Propulsion Prediction of Container RD542_0 with Vortex Fin Installed near Stern at Model Scale (Master, 2008)
    • Yu-De Lin: Numerical Study on the Hydrodynamic Characteristics of Pontoon for Wind Energy Marine Unit (Master, 2008)
    • Ming-Kai Hsu: Ship Flow Calculation of Container RD542-0 with Vortex Generator Installed (Master, 2007)
    • Jian-Tang Huang: Compressible Flow Calculations of the Internal Flow Field for U- and V-shaped Air-Jet Texturing Nozzles (Master, 2007)
    • Ying-Jie Juang: Numerical Simulation of Gas Penetration Phenomenon in a Gas-Assisted Injection Molding Process (Master, 2007)
    • Chung-Hsun Lin: Capillary Filling in Rectangular Microchannels Fabricated with SU-8 Photoresist (Master, 2006)
    • Chien-Hsiang Cheuh: Study on Texturing Characteristics of Air-Jet Texturing Yarn via a Numerical Approach Based on Inviscid Compressible Flow Computations (Master, 2006)
    • Kuan-Cheng Shih: Numerical Study of Two-Phase Flow on Inkjet Printing and Injection Molding Technologies (PhD, 2006)
    • Yuan-Ji Lin: Study on Capillary Filling in V-Grooved Microchannels (Master, 2005)
    • Zhen-Qi Huang: Ship Flow Computation of KVLCC2M under Obliquely Towed Condition in Still Water (Master, 2005)
    • Bo-Xin Huang: Numerical Simulation of Internal FlowField of HEMAJET Nozzle (Master, 2005)
    • Yu-Ping Fu: Computation of Fully Developed Laminar Flow in Ducts with Arbitrary Cross Section Shape Using a Finite Volume Method (Master, 2004)
    • Wen-Chin Wu: Numerical Study on Internal Flow Field of High Efficiency Air Jet Nozzle (Master, 2004)
    • Shu-Hao Kuo: Numerical Study on Dynamic Crush of Thin-Wall Square Tube (Master, 2004)
    • Deng-Lain Lin: A Study on Electrode Erosion of High-Power DC Plasma Torch (Master, 2003)

  • 106台北市大安區羅斯福路四段1號
    流體力學實驗室
    02 3366 5728
    02 3366 5728
    chausw@ntu.edu.tw
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