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Terry Y.P. Yuen

Terry Y.P. Yuen Associate Professor

Highest Degree：

PhD, Department of Civil and Environmental Engineering, Hong Kong University of Science and Technology
Research Expertise：

Tall buildings and bridges; Earthquake and wind effects; Eco-efficient construction materials; Optical-fiber sensors; Nonlinear solid and structural mechanics; Sustainable and resilient structural engineering
Subjects：

Mechanics of Materials; Theory of Structures (I); Engineering Materials Lab.; Prestressed Concrete Design; Seismic Design of Concrete Structures;
Analysis and Design of Tall Buildings; Civil Engineering Capstone Project
Website：

https://ssris.nctu.edu.tw/

Room 310, Engineering Building II
03-5712121 ext: 54905
terryyyp[at]nycu.edu.tw

Experience

Projects

Publications

Resources

Position:

2020/8~Now: Associate Professor, Department of Civil Engineering, NYCU

2017/8~2020/7: Assistant Professor, Department of Civil Engineering, NCTU

Professional/academic services:

2023/3~Now: Member, the Earthquake Engineering Field Investigation Team (UK)

2022/1~Now: Panelist, Seismic and Dynamic Events Panel, the Institution of Structural Engineers (UK)

2022/1~Now: Member, Academic Committee and Ultra-high Strength RC Structure Committee, Chinese Society of Structural Engineering (ROC)

2022/1~Now: Member, Academic Committee, Chinese Taiwan Society for Earthquake Engineering (ROC)

2022/01~Now: Member, Publication Committee, Society of Theoretical and Applied Mechanics(ROC)

2021/12~2023/11: Member, Journal of Chinese Institute of Civil & Hydraulic Engineering (ROC)

2019~Now: External reviewer, the Research Grants Council (HK)

Professional Registrations:

- Chartered Structural Engineer (UK)

- MIStructE (No. 028412931)

- Fellow of the Higher Education Academy (No. PR207931)

Other information:

https://ssris.lab.nycu.edu.tw/

* PhD position is currently not available. Your interest is greatly appreciated but please do not send me an email for the moment.

Ministry of Science and Technology (MOST) (科技部) – “Two-Stage Constitutive Modelling of 3D-printed Concrete for Printing-process Simulation and Structural Design”, Project Number 111-2221-E-A49 -016-, Principal Investigator. 8.2022-7.2023.
Industry-Academia (NYCU FLAPS) Collaboration Project - "Thermal Stress Effects of Bored Piles Constructed Using High Strength Concrete", Principal Investigator. 8.2021-7.2023.
Ministry of Science and Technology (MOST) (科技部) – “MSMM-Engineered AAM Concrete incorporating Fibers and RCA”, Project Number 110-2221-E-A49 -133 -., Principal Investigator. 7.2021-6.2022.
Ministry of Science and Technology (MOST) - Einstein Program (科技部-愛因斯坦培植計畫) – “Complete Solutions for Rehabilitation of Seismically Damaged Masonry Structures: Collapse Risk Mitigation using Integrated System of Fiber Reinforced Cementitious Composite/Matrix Overlay and Optical Fiber Sensor Monitoring”, Project Numbers 107-2636-E-009 -002 - & 108-2636-E-009-005-, Principal Investigator. 2.2018-1.2021.
NCTU - Junior Faculty Research Enhancement Project (交大增能計畫) –“Enhancing the Seismic Performance and Resilience of Buildings with Unreinforced Masonry Panels using Fiber-reinforced Cementitious Composites” , Principal Investigator. 1.2018-12.2018.
NCTU - International Research Collaboration Enhancement Project (交大深化國際研究合作計畫) – “Smart Disaster Mitigation and Monitoring” , Co-Investigator. 1.2018-12.2018.
Engineering and Physical Sciences Research Council (EPSRC) - Global Challenges Research Fund (GCRF) – “Investigation on Using Strain Hardening Fibre Reinforced Cementitious Matrix from Polymer Fibre and Natural Fibre for Seismic Retrofit of Masonry Structures”, Co-Investigator. In partnership with the Brunel University London UK and Nazarbayev University Kazakhstan. 7.2016-7.2017.
The Scientific and Technological Research Council of Turkey (TÜBİTAK) -“Nonlinear Multi-scale Modelling and Seismic Vulnerability Analysis of Infilled Frame Structures”, Project Number 214M236, Principal Investigator. 4.2015-8.2016.
BOU-BAP - “Impact Behaviour of Fibre-reinforced Self-compacting Concrete Slabs (Farklı Lif Oranlarına Sahip Kendiliğinden Yerleşen Betonda Çarpma Etkisi)”, Principal Investigator. 9.2015-8.2016.
The Hong Kong Research Grants Council (HK-RGC) - “Modelling and Seismic Analysis of Infilled RC Frame Structures”, Grant Number 614011, Research Associate. 9.2011-2.2015.

期刊論文

Yuen TYP, Weng M-C*, Fu Y-Y, Lu G-T, Shiu W-J, Lu C-A, Liu C-Y, Chiu C-C, Wen T-H, GeoPORT Working Group (2023). Assessing the impact of rockfall on a bridge by using hybrid DEM/FEM analysis: A case study in Central Taiwan. Engineering Geology 314, 107000. (IF = 7.4, Q1-Engineering, Geological)
Deng Y, Ling D, Z, Guo Z, Sukontasukkul P, Yuen TYP, Wong SHF, Adom-Asamoah M, Limkatanyu S, Hansapinyo C,Osei JB, Owusu-Twumasi J, Kuang JS, Zhang H* (2023). Strain driven mode-switching analytical framework for estimating flexural strength of RC box girders strengthened by prestressed CFRP plates with experimental validation. Engineering Structures 283, 115896. (IF = 5.5, Q1-Engineering, CIVIL)
Zhang H, Minhe Shen M, Deng Y*, Andras P, Sukontasukkul P, Yuen TYP, Tang Y, Wong SHF, Limkatanyu S, Singleton I, Hansapinyo C (2023). A new concept of bio-based prestress technology with experimental Proof-of-Concept on Bamboo-Timber composite beams. Construction and Building Materials 402, 132991 (IF = 7.4, Q1-Engineering,CIVIL)
Deng Y, Guo Z, Zhang H*, Limkatanyu S, Piti Sukontasukkul P, Yuen TYP, Wong SHF,Hansapinyo C, Adom-Asamoah M, Shen M, Huang L, Kuang J, Zou Y* (2023).Experimental study on flexural behaviours of fresh or aged hollow reinforced concrete girders strengthened by prestressed CFRP plates. Engineering Structures 294, 116776. (IF = 5.5, Q1-Engineering,CIVIL)
Deng Y, Hao Y, Mohamed A,* Wong SHF, Tang Y, Yuen TYP, Sukontasukkul P, Shen M, Fernando N, Saint R, Zhang H* (2023). Experimental investigation of mechanically laminated straight or curved-and-tapered bamboo-concrete T-beams. Engineering Structures 283, 115896. (IF = 5.5, Q1-Engineering, CIVIL)
鄧文廣、翁孟嘉、袁宇秉、呂正安*、黃國峰、温子漢 (2022). 台8臨37線17.2k鋼便橋遭巨石撞擊之受損機制及修復策略探討. 臺灣公路工程 (Taiwan Highway Engineering) 48 (7-8), 2-30.
Wen T-H, Hung C-C, Zhang H, Huy PPA, Yuen TYP* (2022). High-fidelity nonlinear cyclic response simulations of squat RC shear walls. Structural Engineering (結構工程期刊) 37(2), 99-112.
Yuen TYP*, Wen T-H, Hung C-C, Zhang H, Huy PPA, Deng Y (2022). An eigendecomposition-based and mesh-sensitivity reduced constitutive model for nonlinear analysis of concrete structures under non-proportional cyclic loading. Journal of Building Engineering 47(15), 103875. (IF = 7.14, Q1-Engineering, Civil)
Huy PPA, Yuen TYP, Hung C-C*, Mosalam KM (2022). Seismic behaviour of full-scale lightly reinforced concrete columns under high axial loads. Journal of Building Engineering 56, 104817. (IF = 7.14, Q1-Engineering, Civil)
Hung C-C*, Yuen TYP, Huang CW, Yen CH (2022). Tension lap splices in UHPC beams: Influence of rebar size, steel fibers, splice length, and coarse aggregate. Journal of Building Engineering 55, 104716. (IF = 7.14, Q1-Engineering, Civil)
Deb T, Yuen TYP*, Lee D, Halder R, You Y (2021). Bi-directional collapse fragility assessment by DFEM of unreinforced masonry buildings with openings and different confinement configurations. Earthquake Engineering and Structural Dynamics 50(15), 4097-4120. (IF = 4.43, Q1-Engineering, Civil)
You YC, LeeD*, Yuen TYP, Chou YT, Trissa D (2021). Experimental and numerical study on the seismic performance of masonry walls. Structural Engineering and Mechanics 80(4), 463-476. (IF = 3.52, Q2-Engineering, Civil)
Halder R, Yuen TYP*, Chen W-W, Zhou X, Deb T, Zhang H, Wen T-H (2021). Tendon stress evaluation of unbonded post-tensioned concrete segmental bridges with two-variable response surfaces. Engineering Structures 245, 112984. (IF = 4.47, Q1-Engineering, Civil)
Deng Y, Shen M, Zhang H*, Zhang P, Yuen TYP, Hansapinyod C, Wange P, Usmanif A, Zhaog JJ (2021). Experimental and analytical studies on steel-reinforced concrete composite members with bonded prestressed CFRP tendon under eccentric tension. Composite Structures 271, 114124. (IF = 5.41, Q1-Mechanics)
Li M, Deng Y, Zhang H*, Wong S, Mohamed A, Zheng Y, Gao J, Yuen TYP, Dong B, Kuang J (2021). Topology optimization of multi-material structures with elastoplastic strain hardening model. Structural and Multidisciplinary Optimization 64, 1141-1160. (IF = 4.54, Q1-Mechanics)
Atmajayanti AT, Hung CC*, Yuen TYP, Shih R-C (2021). Influences of Sodium Lignosulfonate and High-Volume Fly Ash on Setting Time and Hardened State Properties of Engineered Cementitious Composites. Materials, 14, 4779. (IF = 3.62, Q1-Metallurgy & Metallurgical Engineering)
Yuen TYP, Hung CC*, Li VC. (2020). Toward sustainable and resilient infrastructure engineering using ECC. Journal of the Chinese Institute of Civil and Hydraulic Engineering (中國土木水利工程學刊), 32(8), 713–720.
Liu Y, Kuang JS*, Yuen TYP (2020). Modal-based ground motion selection procedure for nonlinear response time history analysis of high-rise buildings. Earthquake Engineering and Structural Dynamics, 49, 95-110.
Yuen TYP*, Tsai CA, Deb T, Lin YH, Nyienyi J, Wan KT, Huang Q (2020). Large structural shear deformation and failure monitoring using bend losses in polymer optical fibre. Sensors, 20(1), 195.
Yuen TYP*, Halder R, Chen W-W, Zhou X, Deb T, Liu Y, Tseng Y, Wen T-H (2020). DFEM of a post-tensioned precast concrete segmental bridge with unbonded external tendons subjected to prestress changes. Structures, 28, 1322-1337.
Yuen TYP*, Deb Trissa, Zhang Hanhui, Liu Yang (2019). A fracture energy based damage-plasticity interfacial constitutive law for discrete finite element modelling of masonry structures. Computers & Structures, 220, 92-113.
Yuen TYP, Zhang H*, Kuang JS, Huang Q (2018). Shake table tests on RC frame infilled by slitted masonry panels. Bulletin of Earthquake Engineering, 16(9) , 4027-4052.
Wan KT*, Zhu H, Yuen TYP, Chen B, Hu C, Leung CKY, Kuang JS (2018). Development of low drying shrinkage foamed concrete and hygro-mechanical finite element model for prefabricated building fasçade applications. Construction and Building Materials, 165, 939-957.
Zhang H, Kuang JS, Yuen TYP* (2017). Low Seismic Damage Strategies for Infilled RC Frames: Shake-table Tests. Earthquake Engineering and Structural Dynamics, 46(14), 2418-2438.
Yuen TYP*, Kuang JS (2017). Revisiting the effect of axial force ratio on the seismic behavior of RC building columns. Structural Engineering International – IABSE, 27(1), 88-100.
Kantar E, Yuen TYP*, Kobya V, Kuang JS (2017). Impact dynamics and energy dissipation capacity of fibre-reinforced self-compacting concrete plates. Construction and Building Materials, 138, 383-397.
Yuen TYP*, Kuang JS, Ho DYB (2017). Ductility design of RC columns. Part 2 – extent of critical zone and confinement reinforcement. HKIE Transactions, 24(1), 42-53.
Yuen TYP*, Kuang JS, Ali BSM (2016). Assessing the effect of bi-directional loading on nonlinear static and dynamic behaviour of masonry-infilled frames with openings. Bulletin of Earthquake Engineering, 14(6), 1721-1755.
Yuen TYP, Kuang JS* (2016). Seismic performance and lateral stability of RC frames with vertical irregular infill arrangements. International Journal of Structural Stability and Dynamics, 16(10), 1750025.
Yuen TYP*, Kuang JS, Ho DYB (2016). Ductility design of RC columns. Part 1: consideration of axial compression ratio. HKIE Transactions, 23(4), 230-244.
Ali BSM*, Yuen TYP, Saber M (2016). Creep evaluation of traditional and nuclear power plants high-temperature components, using small pin loaded one-bar and two-bar specimens. Nuclear Technology, 196(1), 130-140.
Yuen YP*, Kuang JS (2015). Nonlinear seismic responses and lateral force transfer mechanisms of RC frames with different infill configurations. Engineering Structures, 91, 125-140.
Yuen YP*, Kuang JS (2015). Axial compression effect on ductility design of RC walls. Structures and Buildings, ICE, 168(8), 489-504.
Kuang JS*, Yuen YP (2015). Ductility design of reinforced concrete shear walls with consideration of axial compression ratio. HKIE Transactions, 22(3), 123-133.
Yuen YP, Kuang JS* (2014). Masonry-infilled RC frames subjected to combined in-plane and out-of-plane loading. International Journal of Structural Stability and Dynamics, 14(2), 1350066.
Yuen YP, Kuang JS* (2013). Fourier-based incremental homogenisation of coupled unilateral damage-plasticity model for masonry structures. International Journal of Solids and Structures, 50(21-22), 3361-3374.
Kuang JS*, Yuen YP (2013). Simulations of masonry-infilled RC frames failure. Engineering and Computational Mechanics, ICE, 166 (4), 179-193.

專題演講

"High-rise Building Analysis and Design - Structural Systems (高層建築之分析與設計- 結構系統)" 中興工程顧問股份有限公司（南部工程中心）(27.7.2022)
“Out-of-plane Structural Collapse Monitoring Using Polymer-Optical Fiber Sensor” National Chung Hsing University (20.5.2021).
“Optical Fibre Sensors on Structural Monitoring”, National Taiwan University, (3.12.2020).
“Smart, Sustainable, and Robust Structural Engineering”, National Cheng Kung University (10.6.2020).
“A Damage-Plasticity Interfacial Constitutive Law for Nonlinear Discrete-Finite Element Modelling of Masonry Structures”, University of Tohoku, Sendai, Japan (12.2019).
“Constitutive modelling of quasi-brittle materials and applications to nonlinear structural analysis”, National Taiwan University, Taiwan (11.2019).
“Smart and Resilient Infrastructure and Building Engineerings”, National Yunlin University of Science and Technology, Taiwan (28.10.2019).
“Optical Fibre Sensing with v-OTDR for Structural Deformation and Failure Monitoring”, National Research Council (NRC)-MOST Taiwan Workshop, Ottawa, Canada (10.2019).
“Artificial Nerve System for Health Monitoring of Engineered Structures”, YSFXWorld (MOST) (14.08.2019).
“Assessing the effect of bi-directional loading on nonlinear dynamic behaviour of masonry-infilled frames”, Huaqiao University, China (04.2017).
“Design of RC Shear Walls to HKConcrete2013: Consideration of Axial Compression Ratio”, (01.2014), HKIE Headquarters.
“Design of RC Columns to HKConcrete2013: Consideration of Axial Compression Ratio and Confinement Detailing”, (02.2014), HKIE Headquarters.
“Seismic Performance and Design Considerations of Infilled RC Frames”, (12.2012), HKIE Headquarters.

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國立交通大學 土木工程學系

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國立交通大學土木工程學系