YunTech | 中文
CE, Yuntech Department of Civil and Construction Engineering, YunTech
YunTech 營建工程系

Faculty

吳文華 / Wen-Hwa Wu

Lab
吳文華 / Wen-Hwa Wu
Distinguished Professor
wuwh@yuntech.edu.tw
Structural Engineering
EB414
4713
Ph.D., Standford University, 1994
M.S., Rice University, 1991
B.S., National Taiwan University, 1986
Adjunct Research Fellow, Taiwan Semiconductor Research Institute (2019/1-Present)
Visiting Professor, The Hong Kong Polytechnic University, Hong Kong (2017/8-2018/1)
Erskine Visiting Professor, Canterbury University, NZ (2015/2-2015/4)
Adjunct Research Fellow, National Chip Implementation Center (2013/1-2018/12)
Visiting Professor, Canterbury University, NZ (2005/7-2006/1)
Visiting Professor, Stanford University, USA (2003/7-2003/9)
Professor, NYUST (2002-Present)
Chairman, Department of Construction Engineering, NYUST (1997-1999)
Associate Professor, NYUST (1994-2002)
Structural Health Monitoring
System Identification and Ambient Vibration Measurements for Cable-Stayed and Suspension Bridges
Bridge Engineering
Active Structural Control
Soil-structure Interaction
Engineering Mathematics
Matrix Analysis of Structures
Structural Dynamics
Measurement and Identification for Structural Systems
Prestressed Concrete
Engineering Testing and Monitoring Practice
2021 Special Excellence Award in Research, Ministry of Science and Technology, R.O.C.
2021 University Research Excellence Award, National Yunlin University of Science and Technology
2020 University Teaching Excellence Award, National Yunlin University of Science and Technology
2020 College Teaching Excellence Award, College of Engineering, National Yunlin University of Science and Technology
2020 Special Excellence Award in Research, Ministry of Science and Technology, R.O.C.
2020 College Research Excellence Award, College of Engineering, National Yunlin University of Science and Technology
2019 Special Excellence Award in Research, Ministry of Science and Technology, R.O.C.
2019 College Research Excellence Award, College of Engineering, National Yunlin University of Science and Technology
2018 Distinguished Professor, National Yunlin University of Science and Technology
2018 Special Excellence Award in Research, Ministry of Science and Technology, R.O.C.
2017 University Teaching Excellence Award, National Yunlin University of Science and Technology
2017 College Teaching Excellence Award, College of Engineering, National Yunlin University of Science and Technology
2017 Special Excellence Award in Research, Ministry of Science and Technology, R.O.C.
2016 College Teaching Excellence Award, College of Engineering, National Yunlin University of Science and Technology
2016 Department Teaching Excellence Award, Department of Construction Engineering, National Yunlin University of Science and Technology
2016 Special Excellence Award in Research, Ministry of Science and Technology, R.O.C.
2013 Special Excellence Award in Research, National Science Council, R.O.C.
2004 Research Excellence Award, National Yunlin University of Science and Technology
2000 Research Award, National Science Council, R.O.C.
1999 Research Award, National Science Council, R.O.C.
1998 Research Award, National Science Council, R.O.C.
1997 Research Award, National Science Council, R.O.C.
1996 Research Award, National Science Council, R.O.C.
Modular Device for Measuring Temperature Distribution (Taiwan Invention Patent No.: I472728)
Committee Member, Committee of Academic Journal, Chinese Institute of Civil and Haudraulic Engineering (2020/2-Present)
Adjunct Research Fellow, Taiwan Semiconductor Research Institute (2019/1-Present)
Adjunct Research Fellow, National Chip Implementation Center (2013/1-2018/12)
Special Consultant, Yunlin County Government (2013/3-Present)
Committee Member, Committee of Nondestructive Testing, Chinese Institute of Civil and Haudraulic Engineering (2016/1-Present)
2017, Chun-Yan Liu, Damage Diagnosis of Cable-Stayed Bridges Based on Stay Cable Forces with the Consideration of Environmental Effects
2016, Sheng-Wei Wang, An Improved Stochastic Subspace Identification Method Based on Alternative Stabilization Diagram and Hierarchical Sifting Process for Applications in Several Types of Civil Structures
2021, Tzu-Chien Chang, Evaluation of Environmental Effects on Two Cable-supported Bridges Based on
Finite Element Models Updated with Measurements During Loading Tests
2021, Ying-Syuan Jheng, Optimal Analysis of the Cable Force Applied for the Girder-Camber Adjustment of Hybrid Cable-Stayed Bridges
2021, Yan-Ting Liu, Study of Multiple Vibration Measurements for Cable-Force Estimation Based on Partial Mode Shapes
2021, Shang-Li Lin, Development of an Automated Monitoring System for Cable Tension Based on Ambient Vibration Measurements with Applications of Deep Learning Techniques
2020, Chin-Wei Chang, Study of the Satellite-based Positioning Technology Using Virtual Reference Stations in Identifying Modal Frequencies of Structures
2020, Wei-Jin Chen, Environmental and Operational Effects on the Girder and Cable Frequencies of a Long-Span Cable-Stayed Bridge
2019, Yi-Zhe Cai, Quantitative Study of Visual-Inspection Index of Bridges
2019, Yu-Jie Chen, Effects of Mass and Excitation of Vehicles on the Modal Frequencies of Bridges
2018, An-Lung Lee, Assessment of Modal Parameter Variation and Environmental Effects of a Pedestrian Suspension Bridge Based on Ambient Vibration Measurements
2018, Chung-Chi Fan, Damage Detection of Office Buildings Based on the Variation of Modal Frequencies after Eliminating Environmental Effects with Long-term Vibration
2017, Shin-Yi Chen, Comprehensive Exploration on Sinusoidal and Hyperbolic Components of Mode Shape Functions for Tension Determination of Elastic Cable with Complicated Boundary Constraints
2017, Szu-Ting Yu, Analysis of Damping Ratio for Stay Cables and Investigation of Its Possible Influence Factors Based on Stochastic Subspace Identification
2017, Cin-Huei Lin, Applicability and Error Characteristic Studies of Satellite Positioning Technology Applied to Measure Deflection pf Civil Engineering Structures
2016, Bo-Syuan Ciou, Modal Parameter Identification, Investigation of Dynamic Characteristics and Stability Assessment for Pedestrian Suspension Bridges Based on Ambient Vibration Measurements
2015, Wei-Sheng Shi, Evaluation of Several Environmental Effects in Scour Monitoring of a Cable-stayed Bridge Based on Pier Vibration Measurements
2015, Jhe-Wei Jhou, Development of a Rapidly Convergent Empirical Mode Decomposition Method for Applications in Analyzing the Temperature Effects on Stay Cable Force
2015, Fang-Hao Chang, Temperature Field Variation of Stay Cable Effected by Environmental Temperature
2014, Yu-Chuan Chen, Cable Force Estimation for Suspenders of Arch Bridge Based on Multiple Ambient Vibration Measurements Concentrated at Lower End
2013, Kuan-Ying Chen, Development of Enhanced Random Decrement Method and Its Application in System Identification for Various Types of Structures
2013, Yi-Fong Du, Application of MEMS Based Ambient Acceleration Measurement System in the Health Monitoring for Various Types of Structures
2012, Yu-Mei Lai, Application of Kalman Filter and Empirical Mode Decomposition in the Camber Control of Bridge
2012, Yang-Chou Chen, Tension Loss Monitoring of Pre-stressed Tendon Based on Strain Measurements of Anchorage Head
2012, Yi-Jen Wang, Analysis and Experimental Verification for the Effects of Anchorage Systems on Modal Frequency Identification of Stay Cables
2011, Fong Shi, Scour Evaluation of Cable-Stayed Bridges Based on Ambient Vibration Measurements
2010, Chun-Chung Lee, Modal Parameter Identification for Prestressed RC Beams Using Multiple Random Decrement Method Based on Ambient Vibration Signals
2010, Shuo-Shiou Chen, Applications of Hilbert Transform and Empirical Mode Decomposition on Modal Parameter Identifications for Various Structures
2010, Yan-Da Shi, Study of Environmental Variability Effects on Stay Cable Frequencies and Related Bridge Health Monitoring Based on AmbientVibration Measurements
2010, Chia-Ruey Wu, Evaluation of Prestress Deterioration and Restorationfor Prestressed RC Beams Based on Vibration Measurements
2009, Sung-Yi Liu, The Effects of Boundary Conditions on the Dynamic Characteristic of Stay Cables
2008, I-Yan Peng, Modal Parameter Identification of Stay Cables Based on Vibration Measurements with the Application of Wavelet Transform Techniques
2008, Mu-Sheng Xu, Modal Parameter Identification for Building Structures Using Multiple Random Decrement Method Based on Ambient Vibration Signals
2008, Chun-Yan Liu, Application of Fiber Optic Sensors in the Ambient Vibration Measurements of Stay Cables
2007, Sheng-Wei Wang, Simplified Lumped-parameter Models for Soil Simultaneously Considering the Foundation Vibration in Horizontal, Rocking and Their Coupled Directions
2006, Feng-Rong Xu, Equivalent Electric Circuit Simulation and Experiment for Total Soil-structure Interaction Systems
2006, Jau-An Liau, Modal Parameter Identification for Cable and Girder Using Ambient Cable Vibration Signals and Multiple Random Decrement Method
2005, Chun-Ting Hsieh, Equivalent Electric Circuit Simulation and Experiment for Foundation Vibration with the Application of Systematic Lumped-parameter Models
2005, Meng-Chieh Tsai, H-infinity Energy Control Using Direct Ouyput Feedback and Its Stability Analysis
2004, Shih-Pin Huang, General Systematic Lumped-parameter Models for Foundation Vibration and Preliminary Study on Their Equivalent Electric Circuit Simulation
2004, Jian-Li Zeng, H-infinity Energy Control for Civil Structures and Its Stability Analysis
2004, Jien-Mieng Liou, Ambient Vibration Analysis and Modal Parameter Identification for the Cables of Chi-Lu Cable-Stayed Bridge
2002, Wen-Chang Tseng, Various Types of Systematic Lumped-parameter Model for Foundation Vibration and Their Applications in Earthquake Analysis
2002, Chia-Chin Lin, State Feedback, Full-information Feedback and Stability Analysis of H-infinity Structural Control
2001, Shi-Xiu Peng, Active Structural Control Considering External Excitation Effects and Its Applications in Soil-structure Interaction Systems
2001, Wen-How Lee, Two Types of Systematic Lumped-parameter Models for Foundations Based on Polynomial-fraction Approximation
2000, Cheng-Yin Chen, Simplified Analysis of Soil-structure Interaction System: Lumped-parameter Models to Represent the Soil and Fixed-base Models for the Whole System
1998, Huai-Yu Kao, Effects of Foundation Flexibility on Dynamic Impedance Functions
Last update at: 2021-07-20 13:40:32