FRPRCS-12/APFIS-2015 - IIFC – Official website for ... · FRPRCS-12/APFIS-2015 ... Yin Wang,...
Transcript of FRPRCS-12/APFIS-2015 - IIFC – Official website for ... · FRPRCS-12/APFIS-2015 ... Yin Wang,...
FRPRCS-12/APFIS-2015
Joint Conference of
the 12th International Symposium on Fiber Reinforced Polymers for
Reinforced Concrete Structures (FRPRCS-12)
& the 5th Asia-Pacific Conference on Fiber Reinforced Polymers in Structures (APFIS-2015)
Nanjing, China
December 14-16, 2015
Edited by
Zhishen Wu, Gang Wu and Xin Wang
Southeast University
i
Preface
Fiber reinforced polymer (FRP) composites have been widely used in civil engineering
due to their superior mechanical and chemical performance in comparison with the
conventional metal materials. In the 1980s, FRP began to be used in the field of civil
engineering due to the impact of “Concrete Crisis.” In the mid 1990’s the application of
FRP significantly increased following Japan's Kobe earthquake and subsequently FRP
quickly developed into an important means for seismic reinforcement. Since then, the
application of FRP has evolved from the initial retrofitting and reconstruction to building
new structures. A wide range of FRP products have developed from FRP fabric/plate, to
a variety of FRP bars/cables, grids and profiles. Currently, the range and forms of
applications of FRP’s are being more widely explored on internal reinforcements,
near-surface mounted, externally bonded reinforcements, structural shapes and bridge
decks. Some new fiber composites, as alternatives to the traditional carbon, glass and
aramid fibers have also been well developed and introduced, such as basalt fibers, and
their advantages over the old FRP materials have been demonstrated. In general, FRP
composites are becoming a major group of construction materials for strengthening of
existing structures and for new construction to achieve high-performance and longevity
targets.
The FRPRCS-12/APFIS-2015 is a Joint Conference of the 12th International Symposium
on Fiber Reinforced Polymers for Reinforced Concrete Structures (FRPRCS-12) & the 5th
Asia-Pacific Conference on Fiber Reinforced Polymers in Structures (APFIS-2015).
FRPRCS is a prestigious and reputable international conference on the use of composite
materials (FRP) for the reinforcement and strengthening of concrete structures. The
FRPRCS conferences have been successfully held for eleven sessions in Vancouver
(Canada), Ghent (Belgium), Sapporo (Japan), Baltimore (USA), Cambridge (UK),
Singapore, Kansas City (USA), Patras (Greece), Sydney (Australia), Tampa (USA), and
Guimarães (Portugal). This is the first time that FRPRCS is held in China. APFIS is the
official IIFC conference of the Asia-Pacific Region, which aims to provide a forum for the
researchers and practitioners in the Asia-Pacific region and elsewhere in the world, for
sharing the latest developments in the research and application of FRP in civil
engineering structures. The APFIS conferences have been held successfully in Hong Kong
(China), Seoul (Korea), Hokkaido (Japan) and Melbourne (Australia).
The aim of the FRPRCS-12/APFIS-2015 is to continue the success of the previous
FRPRCS and APFIS conferences, to provide an international forum for all concerned with
the applications of FRP composites in civil engineering, and to exchange recent advances
in both research and practice. The proceedings comprise of peer reviewed papers on a
broad range of topics such as New FRP materials/systems/techniques, Durability,
Long-term performance, Bond behavior, confinement, seismic strengthening, capacity
strengthening of concrete, metallic, timber and masonry structures, performance under
extreme loading, Advanced numerical models and simulations, structures reinforced or
prestressed with FRP systems, hybrid structures, structures built entirely with FRPs,
field applications and case studies. A total of 166 papers from the authors coming from
ii
over 20 countries are finally accepted and included in the conference technical program.
The extended abstracts of these papers are included in this booklet and the attached
flash disk provides the full text of contributed papers.
We should also indicate that a special arrangements have been made with the
International Journal of Sustainable Materials and Structural Systems to publish a
selected group of the papers contributed to this conference in a Special Volume.
Authors who are willing to submit an extended version of their papers will be contacted
after this meeting and are encouraged to submit their papers for this Refereed
Publication.
In addition to the technical program and this communication, it is also our pleasure to
welcome the international FRP community to Nanjing, a city with a history over 2500
years. A city that has been the capital of China for six dynasties lasting more than 5oo
years and regarded as one of the four great ancient capitals of China. Nanjing also owns
the world’s longest City Wall, spanning over 35 km, around its downtown. With a long
cultural tradition and strong support from local educational institutions, Nanjing is
commonly viewed as a “city of culture” and one of the more pleasant cities to live in
China.
Finally, on behalf of the Organizing Committee of the FRPRCS-12/APFIS-2015, we
would like to thank all authors for their valuable contributions and for their
participation at this conference. Special thanks are to the members of the International
Scientific Committee who have thoroughly reviewed technical papers. The collaboration
with non-profitable institutions includingInternational Institute for FRP in
Construction(IIFC), American Concrete Institute(ACI), International Society for
Structural Health Monitoring of Intelligent Infrastructure(ISHMII), China Civil
Engineering Society(CCES), CSCM(Chinese Society for Composite Materials), China
Chemical Fibers Association(CCFA) , Japan Society of Civil Engineers(JSCE),
JapanConcreteInstitute(JCI)and support provided by the private sponsors are also highly
appreciated.
Zhishen Wu, Gang Wu and Xin Wang Conference Chairs
International Institute for Urban Systems Engineering/School of Civil Engineering
Southeast University
iii
Conference Organization Local Organizing Committee
(Southeast University)
Advisor: Z.T Lv
Chairs: Z. S. Wu, G. Wu, X. Wang
Members: P. Feng (Tsinghua Univ.), J.G. Dai (Hong Kong PolyU), G.M. Chen (Guangdong Univ. of Tech.), H. Zhu, J. X. Liu, Z. Y. Sun, M. Fahmy, F. Fang, W. J. Zhang, X.F. Chen, J.Z. Shi, X. Zhao, J.J. Fan
Secretaries: J.Z. Shi, F. Fang, W. J. Zhang
International Scientific Committee
R. Al-Ameri, Australia R. Al-Mahaidi, Australia T. Aravinthan, Australia
A. Ashour, UK C.E. Bakis, USA G. Balazs, Hungary
N. Banthia, Canada J.A.O. Barros, Portugal A. Belarbi, USA
L. Bisby, UK C. Burgoyne, UK J.R. Correia, Portugal
C. Czaderski, Switzerland J.G. Dai, China L. De Lorenzis, Germany
Y.L. Du, China S.Y. Du , China R. El-Hacha, Canada
A. Fam, Canada P. Feng, China M. Griffith, Australia
M. Guadagnini, UK M. Hadi, Australia H. Hao, Australia
I.E. Harik, USA A. Ilki, Turkey A. Katz, Israel
T. Keller, Switzerland R. Kotynia, Poland H. Li, China
Z.T. Lv , China G. Manfredi, Italy E. Martinelli, Italy
F. Matta, USA G. Melo, Brazil C.W. Miao , China
G. Monti, Italy M. Motavalli, Switzerland A. Nanni, USA
J.P. Ou , China C. Pellegrino, Italy M.D.G Pulido, Spain
S.Q. Qin,China S.H. Rizkalla, USA H. Ronagh, Australia
J.W. Schmidt, Denmark R. Seracino, USA C. Shield, USA
J.S. Sim, Korea S.T. Smith, Australia T.J. Stratford, UK
W. Sun, China L. Taerwe, Belgium J.G. Teng, China
L. Torres, Spain T.C. Triantafillou, Greece T. Ueda, Japan
B. Wan, USA Y.F. Wu, China Z.S. Wu, China
G. Wu, China X. Wang, China W.C. Xue, China
K. Zilch, Germany B.M. Zhang, China X.H. Zhou, China
v
TABLE OF CONTENTS PREFACE i
Conference Organization iii
KEYNOTE LECTURES 1
Seismic Retrofitting of a Three-storey Masonry-infilled RC Frame with Textile-reinforced Mortar (TRM)
2 Lampros N. Koutas, Thanasis C. Triantafillou, and Stathis N. Bousias
Epoxy and Its Role in the Long-term Performance of Bonded FRP Material Systems
4 Charles E. Bakis, Maria M. Lopez, Thomas E. Boothby
General Design Approach for Ultimate Deformation of Members with FRP Strengthening
6 Tamon Ueda
Development of Constitutive Models for FRP Confined Concrete Structures
8 Yufei Wu
Inspection and Monitoring of Bond Defects, Debonding and Environmental Degredation of Externally
Bonded CFRP-to-Concrete Systems 10
Rudolf Seracino, Nehemiah J. Mabryand Kara J. Peters
Performance-based Design of Civil Structures with Advanced Fiber-reinforced Polymers
12 Wu Zhishen, Wang Xin and Wu Gang
Characterization of FRP 15
Mechanical Behavior Of Natural FRP Material For EBR RC Strengthening
17 Anne Hallonet, Laurent Michel and Emmanuel Ferrier
Investigations on The Energy Absorption of CFRP Cable System Under Transverse Impact
18 Yu Xiang, Zhi Fang and Changlin Wang
An Experimental Investigation on The Behaviour Of Moulded FRP Gratings
19 Allan C. Manalo1, Lachlan Nicol1, Ginghis Maranan1 and Mark Jackson
Strain Rate and Temperature Effects on The Dynamic Tensile Behaviors of Glass and Basalt Fiber Reinforced
Polymer Composites 20
Huaian Zhang, Yiming Yao, Barzin Mobasher, Liang Huang and Deju Zhu
Evaluation of Bend Strength Calculation of Fiber-Reinforced Polymer Stirrups
21 Fei Peng and Weichen Xue
Fundamental Study on Joint Strength using Tapping Screw for GFRP
22 Yukihiro Matsumto, Yuya Inoue and Kazunari Matsuno
New FRP materials/systems/techniques 23
Compressive Behavior of Sisal Fiber Reinforced Concrete Composite Column Wrapped by Jute FRP
25 Haozhi Tan, Liang Huang, Libo Yan, Yin Wang, Jia-Yi Chen and Hang Li
Tension and Compression Testing ofFRP Bars
26 Qasim S. Khan, M. Neaz Sheikh and Muhammad N.S. Hadi
GFRP-RC Slab-Column Edge Connections with GFRP Shear Studs
27 Mohammed G. El-Gendy and Ehab F. El-Salakawy
Optimal Polymer Matrix Coating for Composite Railway Sleeper – Analytic Hierarchy Process
28 Wahid Ferdous, Allan Manalo, Thiru Aravinthan and Gerard Van Erp
Joining Pultruded GFRP Tubular Components for Space Latticed Shell Structures
29 Fu Jia Luo and Yu Bai
vi
Large Scale Space Frame Assembled using Pultruded GFRP Composites under Static Loading
30 Xiao Yang, Yu Bai and Faxing Ding
Mechanical Behaviours of Pultruded GFRP Wall Stud to Steel Beam Connections
31 Chao Wu, Yu Bai and Zhujing Zhang
Compressive Behavior of Concrete Wrapped by Polyester FRP
32 Xinrui Yang, Liang Huang, Libo Yan and Kai He
Vibration Characteristics of Hybrid FRP Cables with Smart Damper
33 Yaqiang Yang, Xin Wang and Zhishen Wu
Exploring the Potentialities of A New Type of CFRP Laminate for The Simultaneous Flexural and Shear
Strengthening of RC Beams: Numerical Research 34
Mohammadali Rezazadeh, Hadi Baghi, Joaquim Barros and João Laranjeira
Bonded Sleeve Connections for Pultruded GFRP Tubular Members in Building Construction
35 Zhujing Zhang, Chao Wu, Yu Bai and Pezhman Sharafi
Bamboo Fibre Reinforced Polymers as Highly Flexible Reinforcement of Masonry Structures in Seismic
Areas 36
Arkadiusz KwiecieŃ, Dirk E. Hebel, Mateusz Wielopolski, Alireza Javadian and Felix Heisel
Strengthening Effects of Bonding AFRP Plate on Shear Load-Carrying Capacity of RC Beams for Submerged
Application 37
Yusuke Kurihashi, Hiroshi Mikami, Masato Komuro and Norimitsu Kish
Experimental Investigation on PFRP Single-Lap Single-Bolt Joints
38 Ao Du, Yuqing Liu, Haohui Xin and Yize Zuo
Mechanical Behavior of Cylindrical GFRP Chimney Liners Subjected to Axial Compression and Tension
39 Shi Cheng,Yi Zheng,Peng Feng
Carbon Fiber Strand Sensor for Detecting Damage on Steel Structure
40 Takeshi Miyashita, Daiki Matsumoto, Yuya Hidekuma and Akira Kobayashi
Durability, long-term performance of FRP 41
The Long-Term Performance of the Anchor System with High-Performance
43 Li Jia, Zhi Fang, Bing Tu, Yu Zhang and Kuangyi Zhang
Effect of Weahtering Conditions on Durability of Flax FRP Composite Used as Concrete Confinement
Material 44
Libo Yan and Liang Huang
Creep behavior of BFRP tendon in marine environment for prestressing application
45 Jianzhe Shi, Xin Wangand Zhishen Wu
Monitoring of Strain Development in CFRP-Wrapped Concrete Columns Damaged by Alkali Aggregate
Reaction 46
T.Kubat, R.Al-Mahaidi and A.Shayan
Mechanical Degradation on Flexural Properties of FRP Laminates under Hot/Wet Environment
47 Xu Jiang, Xuhong Qiang, Henk Kolstein and Frans Bijlaard
Shear Performance of GFRP Bars Embedded in Concrete Beams with Crack in Different Environments
48 Wen-Rui Yang, Xiong-Jun He and Li Dai
Durability of GFRP Bars in Concrete Beams
49 H. Fergani, M. Guadagnini, C. Lynsdale and C. Mias
Strength of GFRP Rc Beams after Sustained Loading
50 C. Miàs, M. Guadagnini, L. Torres, C. Barris, H. Fergani
Durability of CFRPPre-Stressed Concrete Subjected to Stress and Moisture Exposure
51 ShobanaSivanendran and Janet M. Lees
vii
Durability of GFRP Bars in Concrete under Humidity Environment
52 Daoguang Jia, Jize Mao, Huiying Jin, Qingyong Guo, Lei Sun
Prestress Losses in Reinforced Concrete Beams Strengthened with NSM-CFRP Laminates
53 Inês G. Costa1 and Joaquim A. O. Barros
Effect of Rubber Toughening on the Durability of FRP Composites and FRP-Concrete Interface
54 Jia-Wei Shi, Hong Zhu and Zhi-Shen Wu
Fatigue Life andMechanism of BFRP Composite at Different Stress Ratios 55
Xing Zhao, Xin Wang and Zhishen Wu
Bond behavior 57
Experimental Investigation on Bonding Properties of Reactive Liquid Rubber Epoxy in CFRP Retrofitted
Concrete Members 59
Amad-Adeen Baiuk, Riyadh Al-Ameri and Bronwyn Fox
Development Length and Bond Strength of CFRP Rod Panels (CRP’S) Bonded to Concrete
60 Akram Jawdhari, and Issam Harik
Boundary Condition Effects on Single Shear TEST
61 Tayyebeh Mohammadi and Baolin Wan
Bond Behaviour Between CFRP Laminates and Steel Members Under Different Loading Ratesunder Impact
62 Alaa Al-Mosawe, Riadh Al-Mahaidi and Xiao-Ling Zhao
Double Bond Shear Tests at Elevated Temperature on Nsm FRP System with Epoxy and Grout Adhesive
63 Alessandro Proia, Stijn Matthys, Aniello Palmieri and Christophe Cassaert
Effect of Matrix on Bond Between FRCM and Masonry
64 Alessandro Bellini, Barbara Ferracuti and Claudio Mazzotti
Temperature Effect on the Bond Behavior of Basalt FRP-Steel Single-Lap Joints under Dynamic Tensile
Loading 65
Mingxia Yao, Huaian Zhang, Yiming Yao, Barzin Mobasher and Deju Zhu
Subcritical Debonding of FRP-to-concrete Bonded Interface under Synergistic Effect of Load, Moisture, and
Temperature 66
Shahrooz Amidi and Jialai Wang
Derivation Method of Bond-slip Model of FRP-to-concrete Interface at High Temperatures Considering the
Free End Slip 67
Kun Dong and Ke-xu Hu
Bond Tests on Inorganic Matrix–Grid Composites Applied on Masonry
68 Bilotta A., Ceroni F., Iovinella I., Balsamo A., Nigro E. and Pecce M.
Bond Tests on NSM FRP Strengthening using Cementitious Matrices for Concrete Structures
69 del Prete I., Bilotta A. Bisby L. and Nigro E.
Experimental Study on Dynamic Behavior of CFRP-to-concrete Interface
70 Jingya Liu, Xiaoqing Dai, Jingsi Huo, Jin Yang, Yuan Lu and Yan Xiao
Tensile Strength for Straight FRP Anchors in RC Structures
71 del Rey Castillo, Enrique, Rogers, Rhys, Griffith, Michael and Ingham, Jason
Bond Strength of FRP-to-concrete Joints under Moist Conditions
72 Hasret Aydin, Rebecca J. Gravina and Phillip Visintin
Characterization of Shear Strength of FRP Anchors
73 F. Ceroni, R. Cuzzilla
Bond Behavior between Basalt Fiber Reinforced Polymer Sheet and Concrete Substrate: Effects of Elevated
Temperatures and Sustained Load 74
Zhongyu Lu, Guijun Xian, Hui Li and Tamon Ueda
viii
Effect of Glass Fiber Fabrics Isolation Layer on the Adhesion Bond Behaviours between CFRP Plates and
Steel Substrates 75
Jun He, Guijun Xian, Hui Li
Bond Durability of Fatigued CFRP/Steel Double Lap Joints Protected with Chemical Silane Exposed to
Marine Environments
76
Daniel Borrie, Xiao-Ling Zhao, RK Singh Raman and Yu Bai
Experimental Study on the Debonding Phenomena of Pbo-Frcm Strengthening System in Flexurally
Strengthened Reinforced Concrete Beam 77
Boonchai Stitmannaithum, Tamon Ueda and Chanh Thai Minh Tran
Pullout Behaviour of FRP Anchors in CLAY Bricks
78 Yi Tao, Xiao-Long Zheng, Ling-Jun Zhong, Qing-Xuan Shi and Jian-Fei Chen
Investigating the Effect of Bonded Area on FRCM-Concrete Bond using Statistical Analysis
79 Kyle C.M. Stratton and Ahmad Rteil
GFRP-to-timber Bonded Joints: Adhesive Selection
80 Chuang Miao, Dilum Fernando, Henri Bailleres and Michael Heitzmann
Experimental Study on the Fatigue Behavior of CFRP-to-steel Bonded Interface
81 Haitao Wang and Gang Wu
Experimental Study on the Bond Behavior Between Shear-Strengthening FRP and Concrete
82 P.Y. Zhou , G.M. Chen , W.N. Liu , Z.H. Tang, B.W. Xie, X.C. Liu and J.F. Chen
Experimental Study of Bond between Nsm FRP and Concrete under Fatigue Loading
83 Cheng Chen and Lijuan Cheng
Experimental Investigation of Bond Strength for GFRP Bars with Hollow Section
84 J. Bang, S. Kim, M. Ju, S. Lee, G. Park, Y. Park, J. Sim, and C. Park
Confinement 85
Partially Confined RC Columns
87 Sahar Y. Ghanem and Issam E. Harik
Confining Concrete Cover of GFRP Tube Reinforced Concrete Columns with Polymer Grids
88 Weiqiang WANG, M. Neaz SHEIKH and Muhammad N. S. HADI
Strength of Concrete Columns Externally Reinforced with Composite Materials
89 Tomasz Trapko, Dorota UrbaŃska and Tomasz Kowalik
Maesurement of Axial Stress Distributions in FRP-CONFINED Concrete Columns using Tekscan Pressure
Sensors 90
J.G. Teng, J.J. Zeng and J.F. Chen
A New Triaxial Testing with FRP Confinement
91 Jiafei JIANG, Xi Wu, Pingcheng Xiao and Benben Li
Uni-axial Compressive Tests on Masonry Columns Confined by FRP and FRCM
92 Andrea Incerti, Andrei Vasiliu, Barbara Ferracuti and Claudio Mazzotti
Evaluation of Axial and Lateral Strain Variation and Efficiency in CFRP-confined Concrete Cylinders
93 Nisreen Salameh, Raafat El-Hacha and Khaled Abdelrahman
Stress-strain Model of FRP-confined Concrete under Cyclic Compression
94 PengdaLi, Yu-Fei Wu
Axial Compression Performances of Concrete Filled Flax-basalt Hybrid Fibers Reinforced FRP Tubes
95 Yuanyuan Xia, Guijun Xian, Hui Li
Textile Reinforced Mortar System as A Means for Confinement of Masonry Structures
96 Krevaikas D. Theofanis
ix
Concrete-filled Square Steel Tube with FRP-confined Concrete Core Subjected to Axial Compression
97 Shi Cheng, Peng Feng
On the Representation of Stress-strain Behaviour of Concrete under Combined FRP and Steel Confinement
98 G. Lin, T. Yu and J.G. Teng
Compressive Behavior of Concrete Cylinders Confined by Steel-BFRP Hybrid Stirrup (SBHS)
99 Adam Ishag, Gang Wu, Ze-Yang Sun, Zhi-Shen Wu
Comparative Study among FRP-confined Concrete Stress-strain Models for Simulating Cyclic Response of
Circular RC Columns 100
Ahmed M. Ismail, Mohamed F.M. Fahmy and Zhishen Wu
Axial Compressive Behavior of Circular Concrete Filled Fiber Reinforced Polymer Tube Columns
101 Qasim S. Khan, M. Neaz Sheikh, Muhammad N.S. Hadi
Seismic strengthening 103
Seismic Retrofitting of A Three-story Masonry-infilled RC Frame with Textile-reinforced Mortar (TRM)
105 Lampros N. Koutas, Thanasis C. Triantafillou and Stathis N. Bousias
Shear Strengthening of Reinforced Concrete T-Beams under Cyclic Loading with TRM or FRP Jackets
106 E. Tzoura and T. C. Triantafillou
Strengthening of Steel and Hybrid Shear Walls
107 Natalja Petkune; Ted Donchev, Homa Hadavinia, David Wertheim; Mukesh Limbachiya
Variation of Plastic Hinge Length of Rc Column
108 Cheng Jiang, Yu-Fei Wu
Compressive Characteristics of Thin-walled Steel Cylinder Strengthened by CFRP
109 Yukihiro Matsumto, Takahiro Matsui, Hitoshi Nakamura,Akira Tsujioka, Chiaki Hasegawa, Shinichi
Matsuura and Yoshihiro Endo
Seismic Elasto-plastic Analysis of RC Frame Structure With Columns Confined by CFRP
110 Yaping Peng,Wei Liu,Xuan Zhang
Performances of FRP Confinement Models for Predicting the Behavior of Full-scale FRP Retrofitted Columns
under Simulated Seismic Actions 111
Hamid Farrokh Ghatte, Mustafa Comert, Cem Demir and Alper Ilki
Capacity strengthening of concrete, metallic, timber and masonry structures 113
Shear Strengthening with CFRP Sheets Applied in Reinforced Concrete Flat Plates with Openings
115 Nazar K. Oukaili and Thaar S. Al-Gasham
Detailing, Anchorage, and Ductility of CFRP Retrofitted Reinforced Concrete Girders
116 Chunjiao Lin and Riyad Aboutaha
Maintenance and Rehabilitation of Concrete Highway Bridges with CFRP Composites
117 Bo Yan, Haotian Zhang, Hossien Ataei, and Riyad Aboutaha
Moment Redistribution in CFRP Strengthened Concrete T-Beams: An Experimental Study
118 Abbas Tajaddini , Tim Ibell , Antony Darby, Mark Evernden
Fiber Reinforced Grancrete Strengthening System
119 Judy M. I. Soliman, Tarek K. Hassan, Amr A. Abdelrahman, Osama Hamdy and Sami H. Rizkalla
Analysis of CFRP Anchorage Systems for RC Joints
120 Samiullah Qazi, Laurent Michel, Emmanuel Ferrier
Study of the Effect of Arching Action on the Behaviour of FRP Strengthened Concrete Bridge Deck Slabs
through FEA 121 Y. Zheng, L.P Xia
x
FRP Strengthening of Strut Members
122 Kiang Hwee Tan and Yu Jie Zhao
In Situ Diagonal Compression Tests On Masonry Panels Strengthened by FRP and FRCM
123 Francesca Ferretti1, Anna Rosa Tilocca, Barbara Ferracuti and Claudio Mazzotti
An Analysis of Membrane Action in One-way Concrete Members Externally Bonded with FRP
124 Yihua Zeng, Robby Caspeele, Stijn Matthys and Luc Taerwe
Experimental Tests on RC Walls with Openings Strengthened by FRP
125 Cosmin Popescu, Gabriel Sas, Cristian Sabau, Thomas Blanksvärd and Björn Täljsten
Structural Performance of Fibre Reinforced Concrete Beams with Natural Flax FRP Strengthening
126 Libo Yan, Liang Huang
Axial Strength of CFRP Strengthened Concrete Columns under Elevated Humid Environments
127 Mohd Zuwairi Samsuddin, Raizal Rashid, and Riyad Aboutaha
Effects of Temperature on the CFRP Confining Pressure in Strengthened Concrete Columns
128 M.R Raizal Saifulnaz, M.H Azmia, A Riyad, P.Alireza
Shear Strengthening of Cracked RC Structures under Service Loading Condition-A Case Study
129 T. Imjai and M. Guadagnini
Small-diameter CFRP Strands for Strengthening Steel Bridge Girder
130 Hamid Kazem, Sami Rizkalla, Rudolf Seracino and Akira Kobayashi
Flexural Tests on RC Beams Strengthened with NSM FRP Bars Bonded with Cementitious Grout
131 del Prete I., Bilotta A., Bisby L., Nigro E
Deep Embedment Strengthening of Full-scale Shear-deficient Reinforced Concrete Beams
132 Yaser Jemaaa, Connah Jonesa, and Samir Dirar
Three Edge-bearing Performances Of RCP and SYN-FRCP Repaired with Externally Bonded CFRP
133 Yeonho Park, Ali Abolmaali and Josh Beakley
CFRP Strengthened Pre-cracked Steel Plates Protected with Chemical Silane Exposed to Extreme Marine
Environments 134 Daniel Borrie, Xiao-Ling Zhao, RK Singh Raman and Yu Bai
Compressive Behaviour of Short Steel Column Strengthened by Carbon Fiber Sheet
135 Yuya Hidekuma, Takeshi Miyashita, Tatsuya Hama, and Akira Kobayashi
Experimental and Numerical Assessment of FRP Strengthened Precast Reinforced Concrete Wall Panels with
Openings 136
C. Todut, V. Stoian, D. Dan3and T. Nagy-György
Tests on Reinforced Concrete Slabs with Openings Retrofitted using Carbon Fibre Reinforced Polymers
137 Sorin C. Florut, Tamas Nagy-Gyorgy and Valeriu Stoian
Evaluation of Shear Capacity for Masonry Walls Strengthened using Fibre Reinforced Polymers
138 Eva E. Partene, Ioan A. Bindean,Valeriu A. Stoian and Luminita Fekete-Nagy
Electrode Potentials Deteriorating Behavior of CFRP-strengthened Steel Beams
139 Ibrahim Bumadian, Yail J. Kim, and Yongcheng Ji
Flexural Strengthening RC Beams using A Composite Reinforcement Layer: FRP Grid and ECC
140 Wen-Wei Wang, Yu-Zhou Zheng
CFRP Strengthened RC Beams under Combined Environmental and Mechanical Impact
141 Dawei. Zhang, Yuxi. Zhao and Tamon. Ueda
Inverted T-Section Rc Beams Shear Strengthened with Anchored FRP Strips: Shear Interaction
142 G.M. Chen, Z. Zhang, K.H. Huang, D.Q. Liao, J.F. Chen and C.Y. Zhou
Blast and Impact Resistance of FRP Strengthened Concrete Structures
143 Xiao-Qin Li and Jian-Fei Chen
xi
Advanced numerical models and simulations 145
Models for Predicting the Axial Compressive Sterngth of Steel Fibre Reinforced Normal and High Strength
Concrete Square Columns 147
Emdad K.Z. Balanji, M Neaz. Sheikh and Muhammad N.S. Hadi
Finite Element Analysis of Bond Behaviour between CFRP Laminates and Steel Members under Impact Load
148 Alaa al-mosawe, riadh al-mahaidi, xiao-ling zhao
A Non-Linear Finite Element Model for Insulated Concrete Sandwich Panels, Part I: Static Analysis
149 Paul M. Hopkins and An Chen
A Non-Linear Explicit Finite Element Model for Insulated Concrete Sandwich Panels, Part II: Dynamic
Analysis 150
Paul M. Hopkins and An Chen
A New Shear Strength Model for FRP-Strengthened RC Beam-Column Joints under Seismic Loading
151 Guo-lin wang
The New Large-Diameter CFRP Cable Anchorage System: 3D Finite Element Analysis
152 Bo Feng, Xin Wang, Zhishen Wu
Numerical Simulation of CFRP Strengthened Steel Square Hollow Section (SHS) Subject to Torsion
153 H.L. Qiang, X.L. Zhao, G. Wu and P. Feng
Numerical Modelling of Flexible Polymers as the Adhesive for FRPs
154 Arkadiusz Kwiecień, Matija Gams and Bogusław Zając
Lattice Discrete Particle Modeling (LDPM) of Fiber Reinforced Polymers (FRP) confined Concrete Columns
155 C. Ceccato, C. Pellegrino, G.Cusatis
Numerical Simulation of Hysteretic Behaviour of Hybrid FRP-Concrete-Steel Double-Skin Tubular Columns
156 B. Zhang, T. Yu, J.G. Teng, and G. Lin
NonlinearAnalysis of Soft Core FRP Skin Sandwich Panels
157 Pedram Sadeghian, Tarek Sharaf, and Amir Fam
Modeling of Moisture Diffusion in CFRP Strengthened Concrete using Thermal-Moisture Analogy
158 Yunfeng Pan, Guijun Xian, Hui Li
Numerical Simulation of Structural Behavior of NSM CFRP Strengthened RC Beams using Finite Element
Analysis 159
Faruk Ortes, Baris Sayin, Tarik Serhat Bozkurt and Cemil Akcay
How to Model The 3D FRP-to-concrete Bond Behaviour in 2D
160 Feng-chen an, Jian-fei Chen, Yi Tao, Xin-yan Guo, Pankaj Pankaj
Evaluation of the Models for Predicting Shear Capacity of Rc Beams Strengthened with FRP Sheets
161 Ahmed M. Sayed, Xin Wang and Zhishen Wu
Numerical Simulation of CFRP Strengthened Steel Plates with Edge Cracks
162 Q.Q. Yu, X.L. Gu, T. Chen and X.L. Zhao
Fiber-Based Modeling of RC Columns Retrofitted with NSM Reinforcement and External Confinement 163
Liu-Zhen Yao, and Gang Wu
Structures reinforced or prestressed with FRP systems 165
Design of Concrete Frames Reinforced by FRP Bars
167 Adeline Confrère, Emmanuel Ferrier and Laurent Michel
Behaviour of GFRP Tube Reinforced Concrete Columns under Eccentric Loading
168 Weiqiang Wang, Ali Q. Al-Baali, M. Neaz Sheikh and Muhammad N. S. Hadi
Comparison of theShear Behaviour of Geopolymer Concrete Beams with GFRP and Steel Transverse
Reinforcements 169 Ginghis B. Maranan, Allan C. Manalo, Warna M. Karunasena, Brahim Benmokrane and Priyan. A. Mendis
xii
Size Effect on Shear Strength of GFRP-RC Continuous Beams without Stirrups
170 Karam Mahmoud and Ehab El-Salakawy
Influence of the Degree of Prestressing on the Behaviour of BFRP Reinforced Beams
171 M. Mirshekari, T. Donchev, D. Petkova and M. Limbachiya
Truss Analogy and Shear-Induced Deformation of FRP RC Beams
172 Fang Yang, Maurizio Guadagnini, Matteo Di Benedetti
Flexural Behavior of RC/PC Beams Strengthened with Prestressed Basalt FRP Rods
173 Kentaro Iwashita, Yousuke Yagi, Mitsuhide Yoshida, Xin Wang, Takuma Kajiura and Tang Zedong
Experimental Investigation on the Behaviour of Rc Columns with BFRP Reinforcement
174 Diana Petkova, Ted Donchev, Nderim Azemi, Spencer Bell
Experimental Study on Crack Width in GFRP RC Beams
175 Cristina Barris, LluÍS Torres, Irene Vilanova and Marta Baena
Flexural Behavior of Cored Slabs Prestressed with Carbon Fiber Strands
176 Griffith Shapack, Rudolf Seracino, Gregory Lucier, and Sami Rizkalla
Load-Bearing Precast Concrete Sandwich Wall Panels with Basalt-FRP Reinforcement and Ties
177 Douglas G. Tomlinson and Amir Z. Fam
Repair of Fatigue Cracks Initiated at Out-of-plane Welded Gusset Joints using Pre-tensioned CFRP Strips
178 Hitoshi Nakamura, Hiroya Itoh, Daisuke Mukaida and Fan Lin
Study on Moment-Curvature Behavior of Concrete Column Reinforced by Steel-Fiber Reinforced Polymer
Composite Bars 179
Zeyang Sun, Wenchao Xiao, Gang Wu, and Zhishen Wu
Structural Performance of Ballastless Track Slabs Reinforced with BFRP and SFCB: Numerical Investigation
180 Yang Yang; Ji-Gang Xu, Gang Wu and Zhi-Shen Wu
Experimental Analysis of Deformations and Tension-Stiffening in Concrete Beams Reinforced with BFRP Bar
and SFCB 181
Zhiqiang Dong, Gang Wu, and Luc Taerwe
Strength and Ductility Behavior of Circular Concrete Columns Reinforced with GFRP Bars and Helices
182 Hogr Karim, Bransen Noel-Gough, M. Neaz Sheikh and Muhammad N. S. Hadi
Damage-Controllable Basalt FRP Steel Reinforced Concrete Structural System
Arafa M. A. Ibrahim, Mohamed F.M. Fahmy and Zhishen Wu 183
Hybrid structures 185
Experimental and Numerical Study on Flexural Performance of Hybrid GFRP and Concrete bridge Deck
187 Yize Zuo, Yuqing Liu, Haohui Xin
Live Load Distribution Factor of Hybrid FRP-Uhpc Bridge: Experimental Comparison with CSA S6-06
188 Donna Chen and Raafat El-Hacha
Flexural Behaviour of a Sustainable Hybrid Composite Panel using Natural Fibres
189 Jauhar Fajrin and Yan Zhuge
Theoretical Study on Flexural Behavior of GFRP-Concrete Hybrid Beam
190 Huiying Jin, Jize Mao, Shuai Zhang and Qingyong Guo
Concrete-Filled FRP Tubes Tested in Torsion
191 James D. St. Onge and Amir Z. Fam
Hybrid Thin-Walled Members Made of FRP and Timber
192 Dilum Fernando, Joseph Gattas, J.G. Teng and Michael Heitzmann
xiii
All FRP structures 193
TheEffect of Shear Span- to- depth Ratio on The Failure Mode and Strength of Pultruded GFRP Beams
195 Majid Muttashar, Warna Karunasena, Allan Manalo and Weena Lokuge
Testing and Characterization of Pultruded Glass Fiber Reinforced Polymer (GFRP) Beams
196 Majid Muttashar, Warna Karunasena, Allan Manalo, and Weena Lokuge
Development of Bridge Inspection Path using GFRP Trussed Girder
197 Yoshiyasu Furuya, Hitoshi Nakamura, Hiroshi Nakai, Kousuke Koizumi and Masayuki Nishida
The Structural Characteristics on A Bridge Inspection Path Using GFRP Trussed Girder
198 Hitoshi Nakamura, Kousuke Koizumi, Yuya Ishii, Yoshiyasu Furuya, Hiroshi Nakaiand Masayuki Nishida
Field applications, case studies 199
Design and Construction of Large-scale CFRP-based Ground Anchors in Aizhai Bridge
201 Kuangyi Zhang, Zhi Fang, Antonio Nanni
Performance-based Approach for Fire Resistance Design of FRP-Strengthened RC Beams: A Case Study
202 Wan-Yang Gao, Jian-Guo Dai and J.G. Teng
High performance, longevity, and sustainability of structures with FRP 203
Stochastic Investigations into Performance Quantification For NSM CFRP-Strengthened Bridge Girders
205 Yail J. Kim, Yongcheng Ji,Jae-Yoon Kang, Jong-Sup Park, and Woo-Tai Jung
Fatigue Life Prediction for Design of Steel Beams Strengthened with CFRP
206 L.L. Hu, P. Feng and X.L. Zhao
Corresponding Author Index 207